Wednesday, March 28, 2018

Comets: Deconstructing fundamentalist anti-science.

The face of sectarian authoritarianism: Anti-scientist Jonathan Safarti tells us 
what we've got to believe if we don't want to compromise our faith!

In these posts here and here I contrasted Ken Ham's tame astronomer Danny Faulkner's treatment of the second law of thermodynamics with that of young earthist Jonathan Sarfati. Sarfati sensibly warns young earthists not to use it as argument against evolution. Faulkner on the other hand falls for all the old traps that young earthists fall into over the nature of the second law of thermodynamics. 

Sarfarti is a New Zealander who writes articles for Creation Ministries International (CMI). As I have related in my VNP blog Ken Ham's Answers in Genesis (AiG) emerged out of a fundamentalist schism involving CMI and Ken Ham's friend and ex-business partner John Mackay. I wrote about this complex affair in this blog post. CMI still have unresolved issues with John Mackay;  see  here: 
https://creation.com/regarding-john-mackay

(or see my post on the MacKay affair if this web page should disappear).  While I'm on the subject of inter-fundamentalist feuding I may as well also mention the schism between the supporters of Kent Hovind and Hovind's son Eric.The feud seems to have been triggered by Kent's divorce and his son subsequently siding with his mother. One of Kent's supporter's, Pastor Steve Anderson, referred to Eric as one of the most evil men out there.  Eric Hovind, by the way, is in cahoots with AiG (AiG has criticized - and rightly so - the quality of Kent Hovind's creationist ministry). I did a short blog on this fundamentalist family feud here. As a Christian I find this whole sordid business of vicious spiritually fueled in-fighting very embarrassing. I can only sympathize with atheists who see it as further justification for an atheist world view.

With knowledge of the foregoing background  I was interested to see that Jonathan Sarfati has an old article on CMI about comets. As he seems to be a more competent operator than Faulkner I was anxious to compare his article on comets with those of Faulkner who has also posted on comets (See here for samples of the poor quality of Faulkner's thinking).

The article by Sarfati that I would like to scrutinize can be seen here:

https://creation.com/comets-portents-of-doom-or-indicators-of-youth

The article is rather old (June 2003) and comet research at that time had (and still has) plenty of way to go. However, more to the point is that Sarfati's article is a fine specimen of fundamentalist habits of mind and it is that which is of greater interest to me than fundamentalist (anti)science.   


***

At the beginning of Sarfati's article we read this:

SARFATI: It was the Biblical worldview which led to the science that explained comets. The Bible teaches that the universe was made by a God of order (1 Corinthians 14:33), who gave mankind dominion over creation (Genesis 1:26–28). Historians of science, regardless of their own religious faith, from Christians to atheists, acknowledge the vital importance of the Christian worldview in the rise of modern experimental science.

MY COMMENT: From a Christian perspective that is probably a fair summary: The Christian faith leads to a belief in a knowable cosmos, knowable because of a core belief in its created rational integrity. This promotes a sound mind which is not easily seduced by the nihilism of postmodernism. The irony is, as we shall see, that Sarfati's fundamentalist world view does not have much respect for the rational integrity on which science depends; fundamentalism is on a collision course with the order and rationality of God's creation. 

There is further irony here in that this self-same scientific project which the Christian world view encourages and which Sarfati praises also led humankind into a cosmological revolution that overturned the cosy Ptolemaic universe and ultimately uncovered the huge depths in both space and time. Ostensibly the cosmos no longer looked like a stage set centered around Earth where the story of salvation was being played out. This is and was a challenge for Christians.  Moreover, as Western Christian protestant groups became more and more marginalized from mainstream intellectual life, fundamentalists, as we well know, went into denial and attempted to reinstate the cosy dimensions of time if not of space. 

To get round the discoveries of modern science Sarfati and his ilk have to split science into so called "observational" and "historical" or "non-observational" science in order to cast doubt on what they classify as the latter. This is an error in the fundamentalist epistemic, for as I have said before all science is at once both observational & historical, and non-trivial scientific objects seldom, if ever, classify as directly observational (See here, and here for more) 

Safarti's anti-science world view is effectively alluded to early on in his article:


SARFATI: The Word of the Creator of the comets, which inspired the development of the science that demystified them, also tells us when He made them. In Genesis 1:14–19, He told us that He made the sun, moon and stars on Day 4 of Creation Week, which was about 4000 BC, as Kepler and Newton realized. Since the Hebrew word for star, כוכב (kokab) refers to any bright heavenly object, it presumably includes comets as well.

MY COMMENT: The fundamentalist mind is thoroughly dualist in outlook and perceives a sharp dichotomy between the "natural" and the "supernatural".  Cosmic "creation" is seen as an act of God's magical words whereby he speaks the stars into existence*. Clearly this world view is not very science friendly; as Sarfati implies it means that God conjured up the comets, like the stars, as is, just like that!, presumably with their constituents, distribution and trajectories determined by divine fiat. This means that little or nothing is known about the process of comet formation and their properties have to be taken as brute fact.  In the fundamentalist paradigm of creation there is great freedom to patch-in what ever one wants with little regard to any rational integrity or any underlying theoretical conjectures. An extreme case of this fundamentalist "just like that" paradigm can be witnessed in Jason Lisle's "mature creature" cosmogony where he resorts to the old young earthist strategy of positing cosmic signals created in transit in order to explain apparent cosmic interactions (see here for more on this).

SARFATI: The features of comets make perfect sense in a Biblical timescale, but are a huge problem for evolution/billions of years. Because all age indicators work on assumptions, the argument here is not claimed as ‘proof’ of a ‘young’ solar system. Because of the reliable eye-witness account of the Creator in the Bible, the young age is accepted. And this article, among many others,3 shows that even under the evolutionists’ own assumptions, there are huge problems for their timescale

MY COMMENT: Let's start by focusing on what Sartfati means when he says that the features of comets make perfect sense in a Biblical time scale. Does he mean that he understands how the composition, distributions and trajectory of comets is a logical outcome of the time scale he is offering? Of course not! For if he believes that comets came about as a result of God speaking them into existence then that puts very little constraint on their properties; for who can guess what Sarfati's magician God is going to conjure up?  As I've already remarked this is very similar to Jason Lisle's theory that the particles which are the basis of the interactions between the stars or between galaxies were created in transit; an idea mooted in the 1961 fundamentalist book The Genesis Flood. Thus both Lisle and Sarfati have very little constraint on what they can postulate with their "mature creation" world view; just about anything goes and concomitantly very little understanding is therefore being offered. This is what Sarfati refers to when he tells us confidently that what is effectively "magic" makes "perfect sense" of cometary properties!

Because so little is known about the origins of comets much is hidden behind our ignorance and therefore Sarfati is wrong to say that comets are a huge problem for evolution/billions of years. As Sarfati himself admits we know so little about the Oort cloud: The Oort cloud is a conjectured object and its properties rather vague; if we did know more about its size, composition and even, in fact, if it exists it would then constrain our expectations about the life time of cometary invasions and a theoretical inconstancy might then give scientists a huge problem. But in the meantime too many sliding variables make outright contradictions impossible. 

To be fair to Sarfati he has conceded above that none of this is proof of young earthism. Thus Sarfati is in effect admitting that he's simply trying to put a spanner in the works of current cometary theory; after all, this is really all that the young earthist anti-scientist can be expected do, because as we have seen a world view that can always be rescued by appeal to divine fiat has no rules and is therefore not very amenable to scientific epistemology. But this admission by Sarfati is at least a step in the right direction: Some fundamentalist anti-scientists don't make this clear: They point to the weaknesses in current theories without pointing out that this doesn't allow the interpolation that the cosmos is just 6000 years old. Instead they come out with vague statements like "Therefore the universe must be young!" and let their audience fill in what is meant by "young".

Note the common anthropomorphism one sees among fundamentalists of Sarfati's ilk Viz: "the reliable eye-witness account of the Creator."  God, of course, has no eyes and therefore we've no idea how God experiences things. If Genesis 1 is God's experience of creation it certainly doesn't follow that it would be the same experience from a human perspective!  We have little or no  idea what it is like to have the Divine first person perspective and therefore a metaphorical/mythological interpretation rather than literal interpretation for Geneses is in order; if a human "eye-witness" were at the creation there is no telling, a priori, what it would look like to the human eye. After all, the young earthists weren't eye-witnesses there at the time of creation so how do they know what it looked like?


SARFATI: This means that the comet is slowly being destroyed every time it comes close to the sun. In fact, many comets have been observed to become much dimmer in later passes. Even Halley’s comet was brighter in the past. Also, comets are in danger of being captured by planets, like Comet Shoemaker–Levy crashing into Jupiter in 1994, or else being ejected from the solar system. A direct hit on Earth is unlikely, but could be disastrous because of the comet’s huge kinetic (motion) energy. The problem for evolutionists is that given the observed rate of loss and maximum periods, comets could not have been orbiting the sun for the alleged billions of years.

MY COMMENTS: Yes, individual periodic comets can't orbit the sun for billions of years, but because we have very sketchy ideas about the origins of comets we can draw no strong conclusions about how long cometary invasions into the inner solar system have been going on. Sarfati should have been more careful with his wording. His last sentence should have read in the singular; that is:

A comet could not have been orbiting the sun for the alleged billions of years.

And not in the plural: 

Comets could not have been orbiting the sun for the alleged billions of years.


This latter careless expression puts Sarfati in the same category of error making of Faulkner and which I picked up in this blog post. Since established science has sketchy ideas about the supply of comets  (plural) we don't know how long that supply would last!

SAFARTI: The highest period of a stable orbit would be about four million years if the maximum possible aphelion (furthest distance of an orbiting satellite from the sun) were 50,000 AU. This is 20% of the distance to the nearest star, so there’s a fair chance other stars could release the comet from the sun’s grip.


However, even with this long orbit, such a comet would still have made 1,200 trips around the sun if the solar system were 4.6 billion years old. However, it would have been extinguished long before. The problem is even worse with short-period comets.

The only solution for evolutionists is hypothetical sources to replenish the supply of comets:

MY COMMENT: I'm not disagreeing with any of this. Sarfati is right in telling us that given the fragility of comets regular visits to the inner solar system by one comet can only last so long and therefore established science must find a way to keep up the supply of invading comets.  (But see appendix I for yet another wild card - it is conceivable that cometary invasions are a "new" thing)

But notice one thing here: 4 million years, the longest possible period of a comet's orbit, is a lot larger than 6000 years. So we can see that Sarfati isn't going to get a figure of 6000 years out of his "science"! But then he doesn't need to: Comets were created "just like that!"

Here's what Sarfati says about the Oort cloud: 


SARFATI: No observational support Therefore it’s doubtful that the Oort Cloud should be considered a scientific theory. It is really an ad hoc device to explain away the existence of long-period comets, given the dogma of billions of years.

MY COMMENT: He's repeated another error by Faulkner. Sarfati is misrepresenting the process of scientific epistemology. The Oort cloud is a legitimate scientific conjecture that seeks to fit the data dots. In the sense of being part of the process of scientific discovery advancing a hypothetical object, as long as it is acknowledged is such, is a scientific strategy. Ergo, the Oort cloud is a scientific theory in that respect (See my post on Faulkner where I make the same point). Moreover, the Oort cloud is observational in so far as it seeks to explain what we know about comets from celestial observation. Sarfati seems to be displaying the usual fundamentalist misunderstanding of the relationship between theory and observation. All theories are observational in so far as they attempt to explain observations although the epistemic distance of the objects being explained may mean that not enough observational data is available for them to pass from conjecture to settled science. There is no sharp cut-off between "observational" science and historical or non-observational science; rather we have a sliding scale of epistemic distance. Trouble is, fundamentalists have a habit of thinking in black and white terms and seek unambiguous, non-fuzzy categories which gives them a philosophical pretext to discredit historical science.

SARFATI: Collisions would have destroyed most comets: The classical Oort cloud is supposed to comprise comet nuclei left over from the evolutionary (nebular hypothesis) origin of the solar system, with a total mass of about 40 Earths. But a newer study showed that collisions would have destroyed most of these, leaving a combined mass of comets equivalent to only about one Earth, or at most 3.5 Earths with some doubtful assumptions.


The ‘fading problem’: The models predict about 100 times more NICs than are actually observed. So evolutionary astronomers postulate an ‘arbitrary fading function’. A recent proposal is that the comets must disrupt before we get a chance to see them. It seems desperate to propose an unobserved source to keep comets supplied for the alleged billions of years, then make excuses for why this hypothetical source doesn’t feed in comets nearly as fast as it should.

MY COMMENT: Safarti refers to two problems with Oort cloud theoretical models tendered prior to 2002: Namely:

Problem 1: A model of the early solar system predicts that too few comets find their way into the Oort cloud because they are ground to dust via collisional processes before they are ejected into the Oort cloud.  See here:

Rapid collisional evolution of comets during the formation of the Oort cloud S. Alan Stern & Paul R. Weissman
https://www.nature.com/articles/35054508
Coupling dynamical and collisional evolution of small bodies II : Forming the Kuiper Belt, the Scattered Disk and the Oort Cloud  Sébastien Charnoz Alessandro Morbidelli
https://arxiv.org/ftp/astro-ph/papers/0609/0609807.pdf

Problem 2: A theoretical model predicts too many NIC and dormant Halley-type  comets.  See here:


Where Have All the Comets Gone?  Mark E Bailey
http://science.sciencemag.org/content/296/5576/2151
The mass disruption of Oort Cloud comets: Levison HF1, Morbidelli A, Dones L, Jedicke R, Wiegert PA, Bottke WF Jr.

So, on the one hand we have a theoretical model which suggests that the Oort cloud doesn't contain enough viable material to act as a supply of comets and on the other hand theoretical model research which suggests there are not enough NIC comets observed. Conflicting results like this are the signs of a theoretical discipline which is still very much feeling its way. Collisional and interactional dynamics is very sensitive to the typical diameters of the objects in interaction and the output of these models will very much depend on these parameters.  Given the epistemic distance of the early solar system and the conjectured Oort cloud it is no surprise that models are churning out perplexing results.

But Sarfati cannot have his cake and eat it; either a lot is known about the origins and distribution of comets or very little is known; we seem to be nearer the latter rather than the former. If on the other hand knowledge of the Oort cloud was on a much firmer foundation and yet theories still came up with unequivocal inconsistencies Sarfati might have a case. But if as Sarfati has acknowledged it seems our knowledge is sketchy to say the least, inconsistencies and perplexing results are no surprise. Sarfati can't have it both ways: Given the state of knowledge about the conjectured Oort cloud he cannot make claim to unresolvable problems and yet at the same time claim that this is not "observational" (sic) science. (What Sarfati really means by "not observational science" is simply that the objects being studied here have a large epistemic distance)  


SARFATIThe Kuiper Belt is supposed to be a doughnut-shaped reservoir of comets at about 30–50 AU (beyond Neptune’s orbit), postulated as a source of short-period comets. It is named after Dutch astronomer Gerald Kuiper (1905–1973), sometimes considered the father of modern planetary science, who proposed it in 1951.

To remove the evolutionary dilemma, there must be billions of comet nuclei in the Kuiper Belt. But nowhere near this many have been found—only 651 as at January 2003. Furthermore, the Kuiper Belt Objects discovered so far are much larger than comets. While the diameter of the nucleus of a typical comet is around 10 km, the recently discovered KBOs are estimated to have diameters above 100 km. The largest so far discovered is ‘Quaoar’ (2002 LM60), with a diameter of 1,300 km (800 miles), which orbits the sun in an almost circular orbit [Ed. note: Sedna, discovered on 14 November 2003 and reported on 15 March 2004, after this article was written, is probably larger]. Note that a KBO with a diameter only 10 times that of a comet has about 1,000 times the mass. So in fact there has been no discovery of comets per se in the region of the hypothetical Kuiper Belt, so it so far is a non-answer. Therefore many astronomers refer to the bodies as Trans-Neptunian Objects, which objectively describes their position beyond Neptune without any assumptions that they are related to a comet source as Kuiper wanted.

MY COMMENT: Sarfati's article is showing its age: This passage is no longer relevant. Cometary research has moved on, but  not with the help of Sarfati!

See: https://en.wikipedia.org/wiki/Kuiper_belt. Viz:


WIKIPEDIA: The Kuiper belt was initially thought to be the main repository for periodic comets, those with orbits lasting less than 200 years. Studies since the mid-1990s have shown that the belt is dynamically stable and that comets' true place of origin is the scattered disc, a dynamically active zone created by the outward motion of Neptune 4.5 billion years ago; scattered disc objects such as Eris have extremely eccentric orbits that take them as far as 100 AU from the Sun.


The Kuiper belt is distinct from the theoretical Oort cloud, which is a thousand times more distant and is mostly spherical. The objects within the Kuiper belt, together with the members of the scattered disc and any potential Hills cloud or Oort cloud objects, are collectively referred to as trans-Neptunian objects (TNOs). Pluto is the largest and most massive member of the Kuiper belt, and the largest and the second-most-massive known TNO, surpassed only by Eris in the scattered disc. Originally considered a planet, Pluto's status as part of the Kuiper belt caused it to be reclassified as a dwarf planet in 2006. It is compositionally similar to many other objects of the Kuiper belt and its orbital period is characteristic of a class of KBOs, known as "plutinos", that share the same 2:3 resonance with Neptune.

SARFATI: Summary: Comets are not portents of doom, but are objects God created on Day 4. The successful prediction of comet appearances was an early triumph for modern science, inspired by a Biblical worldview. Comets lose so much mass every time they shine that they could not be billions of years old. Evolutionists propose various sources to replenish the comet supply, but there is no real observational evidence, and numerous unsolved theoretical difficulties. Therefore comets make much more sense under a Biblical timescale.

MY COMMENT: Sarfati once again shows that he really hasn't taken on-board the relationship between observation, theoretical objects and epistemic distance. Clearly there is observational evidence for the Oort cloud in as much as observed comet visitations are thought to be an outcome of the theory. But the observations so far do not yet provide enough evidence to take the Oort cloud concept out of the realm of hypothesis. Moreover, the state of Oort cloud research in 2003 means that there remain too many sliding variables for discrepancies, difficulties and inconsistencies to add up to a blatant contradiction and therefore refute the hypothesis with certainty. Moreover, as we shall see the epistemic distance of the Oort cloud is such that even now there are too many unknowns to either "refute" or "prove" the idea.

As I have already pointed out Sarfati can in no way predict the distribution, composition and trajectory of comets and instead all he can say is that they are celestial objects "God created on Day 4". From such a position only a fundamentalist mind could make a statement like "...comets make much more sense under a Biblical timescale." 

***

Observing the Oort Cloud?
Christian Fundamentalists  a have tendency to think in dichotomies and the idea that "observational" science is something which slowly fades with epistemic distance is not likely to have an easy fit with a mentality which seeks to secure clear cut charges  a) of heresy, b) of evading divine authority, c) of unorthodoxy and d) of compromise. With this in mind just how observational is the Oort cloud? Here's what Wiki says about the Oort cloud hypothesis (emphases mine):


The Oort cloud (named after the Dutch astronomer Jan Oort), sometimes called the Öpik–Oort cloud, is a theoretical cloud of predominantly icy planetesimals believed to surround the Sun to as far as somewhere between 50,000 and 200,000 AU (0.8 and 3.2 ly)

Astronomers conjecture that the matter composing the Oort cloud formed closer to the Sun and was scattered far into space by the gravitational effects of the giant planets early in the Solar System's evolution. Although no confirmed direct observations of the Oort cloud have been made, it may be the source of all long-period and Halley-type comets entering the inner Solar System, and many of the centaurs and Jupiter-family comets as well.

The Oort cloud is thought to occupy a vast space from somewhere between 2,000 and 5,000 AU (0.03 and 0.08 ly) to as far as 50,000 AU (0.79 ly) from the Sun. Some estimates place the outer edge at between 100,000 and 200,000 AU (1.58 and 3.16 ly). The region can be subdivided into a spherical outer Oort cloud of 20,000–50,000 AU (0.32–0.79 ly), and a torus-shaped inner Oort cloud of 2,000–20,000 AU (0.0–0.3 ly). The outer cloud is only weakly bound to the Sun and supplies the long-period (and possibly Halley-type) comets to inside the orbit of Neptune. The inner Oort cloud is also known as the Hills cloud, named after Jack G. Hills, who proposed its existence in 1981. Models predict that the inner cloud should have tens or hundreds of times as many cometary nuclei as the outer halo; it is seen as a possible source of new comets to resupply the tenuous outer cloud as the latter's numbers are gradually depleted. The Hills cloud explains the continued existence of the Oort cloud after billions of years.


The outer Oort cloud may have trillions of objects larger than 1 km (0.62 mi),[3] and billions with absolute magnitudes brighter than 11 (corresponding to approximately 20-kilometre (12 mi) diameter), with neighboring objects tens of millions of kilometres apart.[6][17] Its total mass is not known, but, assuming that Halley's Comet is a suitable prototype for comets within the outer Oort cloud, roughly the combined mass is 3×1025 kilograms (6.6×1025 lb), or five times that of Earth.Earlier it was thought to be more massive (up to 380 Earth masses), but improved knowledge of the size distribution of long-period comets led to lower estimates. The mass of the inner Oort cloud has not been characterized.
(https://en.wikipedia.org/wiki/Oort_cloud

If this is up date then it is clear that as the article admits the Oort cloud is still a very conjectural object where the exact parameters characterizing its properties are unknown. Also just look at the spatial distances involved; the Oort cloud could extend up to 3 light years from the Sun! So getting a spacecraft out there with current technology looks unrealistic. Moreover, at these distances it is unlikely that even today's telescopes would detect dark objects about 10 miles across.  In fact the web page below (dated 2015) discusses the question of the telescopic observability of Oort cloud comets. After presenting some calculations the author then concludes: 


The observation of Halley by the VLT represents the pinnacle of what is possible with today's telescopes. Even the Hubble deep ultra deep field only reached visual magnitudes of about 29. Thus a big Oort cloud object remains more than 20 magnitudes below this detection threshold!


The most feasible way of detecting Oort objects is when they occult background stars. The possibilities for this are discussed by Ofek & Naker 2010 in the context of the photometric precision provided by Kepler. The rate of occultations (which are of course single events and unrepeatable) was calculated to be between zero and 100 in the whole Kepler mission, dependent on the size and distance distribution of the Oort objects. As far as I am aware, nothing has come of this (yet).
(https://astronomy.stackexchange.com/questions/254/why-cant-we-observe-the-oort-cloud-with-a-telescope)

So if this answer is right then with current technology no one is going eyeball an Oort cloud comet any time soon, even with the aid of a telescope. In the fundamentalist mind this will likely disqualify the Oort cloud from the category of  "observational" science.  What then would need to be done for the Oort cloud to fall into the fundamentalist's "eyeball" category of "observational science"? 

The author of the above quote mentions the Kepler mission's attempt to detect Oort cloud comets via star occultation. More about this topic can be found on these web pages::

https://www.scientificamerican.com/article/kepler-oort-cloud/
https://arxiv.org/abs/0912.0948

But the Kepler mission, even if it came up with observations consistent with the Oort Cloud hypothesis, may not classify as "observational" science from the perspective of the eyeballing fundamentalist. Firstly, theoretical science has to be invoked in order for cometary occultations to be distinguished from planetary occultations; that will, of course, entail assumptions. Secondly, even if Kepler came up with the right number of the right type of occultations, that is, between 0 and 100,  this still doesn't fit with the naive observer's concept of "eyeballing" the Oort cloud - it would just amount to a tiny sampling of the cloud and the extrapolation to this huge tenuous object from such a small data set would entail the use of statistics and assumptions that are not unassailable if we are so minded.  It is unlikely that we will be able to eyeball the Oort cloud in its entirety any time soon and so fundamentalist eyeball-science will remain safe! 

The anti scientist at work
Eyeballing fundamentalist's insistence on so-called "observational science" is ultimately subversive of the whole scientific project..... for all our observations are, in the final analysis, seen through a theoretical lens, a lens which the fundamentalist refuses to use. All science is at once both observational and theoretical - the two go hand in hand. There are however variations in epistemic distance which render some objects more theoretical and less observational than others. But as I have said  fundamenatlists don't usually think in shades - they more naturally to think in dichotomies; us vs them, saints verses heretics, goodies verse baddie, insiders vs outsiders, the faithful vs apostates, the Christian community vs evil conspirators etc and this dichotomised social world view colors their perception of science with its very human epistemic frailties.

And that exactly describes Sarfati; he refuses to lift a finger to advance cometary science; but then how can someone who believes that comets were spoken into existence, just like that, with all their properties as is, be of help to science? The role of the anti-scientist is to bring down established science to the satisfaction of his fundamentalist audience. Sarfati's "science" is so empty that there is nothing in his paradigm to stop him declaring that the Oort cloud itself could have been spoken into existence just like that, thus giving the mere appearance of a solar system that has emerged from a cloud of dust and gas. In the fundamentalist world view anything goes; except of course established science which must at all costs be proved wrong. When he thinks he has done this Sarfati then triumphantly tells his audience of simpletons that ...comets make much more sense under a Biblical timescale. 

Safarti fills the role of an anti-scientist perfectly. He has science qualifications which give him credence among his benighted followers. His scientific training will also equip him to attack the inevitable assumptions that have their roots in the Christian belief in a cosmos of rational integrity and which are the basis of all scientific theories ....not least the assumption that the cosmos has a rational integrity which allows true scientists to rule out, for example, that the particles behind long term cosmic interactions were not spoken into existence in transit. 

Anti-scientists like Sarfati are time wasters. Too much time can be spent in deconstructing their inner world view, a teetering tower of Gish gallop built up over many years and which does the rounds in fundamentalist sub-culture.

Authoritarianism
Lastly here's what Sarfati thinks of evangelical Christian astronomer Hugh Ross, who is an old Earth creationist but who does not accept evolution. This is what Sarfati says of him (my emphases):

SARFATI: The Canadian-born astronomer Hugh Ross is the leading proponent of the view that the days of Genesis 1 were billions of years long. He has influenced many leading evangelicals, and is president of the ostensibly Christian apologetics ministry, Reasons to Believe, in California. As his testimony makes clear, his compromise in Genesis is due to his faith in the ‘big bang’. This leads him into all sorts of unorthodox views, such as millions of years of death and suffering before Adam; plants feeling pain; a local flood; manlike creatures that created art, superglue, and made ocean voyages but didn’t have souls, etc.


[Ross] urges Christians to accept the consensus view of astronomers, and let it over-ride the grammatical-historical interpretation of Scripture.

MY COMMENT: Fundamentalists are evangelicals but not all evangelicals are fundamentalists. This passage by Sarfati brings out the difference between a fundamentalist and an evangelical who isn't a fundamentalist. As I often say fundamentalism is one part doctrine and 2 parts attitude; this means that an evangelical might accept young earth (or even flat earth) and yet not, in my books, classify as a fundamentalist because their attitude to other Christians hasn't become hardened and exclusive. Christians of the latter variety are Paul Nelson and Sal Cordova. The Wiki article on fundamentalism does a good job of characterizing the defining attitude of fundamentalism:


Fundamentalism usually has a religious connotation that indicates unwavering attachment to a set of irreducible beliefs However, fundamentalism has come to be applied to a tendency among certain groups—mainly, though not exclusively, in religion—that is characterized by a markedly strict literalism as it is applied to certain specific scriptures, dogmas, or ideologies, and a strong sense of the importance of maintaining ingroup and outgroup distinctions, leading to an emphasis on purity and the desire to return to a previous ideal from which advocates believe members have strayed. Rejection of diversity of opinion as applied to these established "fundamentals" and their accepted interpretation within the group is often the result of this tendency.

Fundamentalist insiders regard us outsiders as residing in the Christian equivalent of Islam's Dar_al-Harb, the house of war. We can see this exclusive attitude at work with Sarfati; he even questions the faith of an evangelical like Ross who in many respects would have a lot in common with Sarfati. And yet Sarfati uses the extreme expressions like "the ostensibly Christian apologetics", "his compromise in Genesis" and "all sorts of unorthodox views" to describe RossNone of this is really new though; Ken Ham makes similar attacks on evangelical Christians and his organisation Answers in Genesis even attacks those Christians who believe the Earth to be only as old as ten thousand years. 

Fundamentalists attempt to justify their authoritarian claims by telling us they are just following the Bible; accordingly, they believe their authoritarianism is excused because they are, in their view, simply acting as a divine mouth piece. But in the above quote Sarfati gives the game away.  He talks of Christians who over-ride the grammatical-historical interpretation of Scripture. The grammatical-historical interpretation of Scripture" is a cluster of concepts which in the fundamentalist mind justifies the use of the literalist lens when reading scripture. The Bible, of course, says nothing of the grammatical-historical interpretation of Scripture". It is an extra Biblical contextual construction that must be invoked by the fundamentalist in order to understand the Bible in a literalist way. This is because the Bible cannot be absolutely self-interpreting; it requires us to bring the requisite contextual resources it needs to be correctly interpreted. In effect Bible meaning can't bootstrap itself - the bootstrap needed is always extra biblical. (See here and here for more on this topic)

Because we are proactive parties in scriptural interpretation we become epistemically responsible for our interpretations and therefore they have no authority. Sarfati has fallen for the illusion that somehow he has direct access to God's mind and this leads to an authoritarian outlook and the standard belief among fundamentalists that those who contradict their views don't have  genuine and well thought out reasons for rejecting the fundamentalist context of interpretative principles. Like all other fundamentalist philosophies Sarfati's grammatical-historical interpretation of Scripture can itself be deconstructed piece by piece.  

Sarfati's fundamentalism might be more plausible if all fundamentalist spoke with a unified voice, but of course they don't -- as we've seen from the interfundamentalist schisomogenesis I referenced at the start of this post. Fundamentalists, by definition, are highly sectarian and authoritarian and in bad cases they are the precursors of cult Christianity. 



APPENDIX I
Below I have reproduced a fairly recent article that appeared on Yahoo. It's  an indication of just how full of wild cards Oort cloud research is. There is no basis for Safarti's assertion that ...comets make much more sense under a Biblical timescale. 


https://uk.yahoo.com/news/alien-star-nudged-solar-system-70000-years-ago-effects-still-visible-now-141534096.html 

Alien star 'nudged' our solar system 70,000 years ago (and its effects are still visible now)

Scholz’s star, seen in this artist’s impression released by NASA, is
 now 20 light years away (AFP Photo/Lynette Cook)

Around 70,000 years ago, a small, reddish star came near our solar system and disturbed comets and asteroids – just when modern humans were beginning to leave Africa.
The star – Scholz’s star – named after the German astronomer who discovered it – approached less than a light-year from the Sun, when Neanderthals were still on our planet.
Astronomers from the University of Cambridge have verified this week that the effects of the star are still visible now in the movements of distant asteroids and comets.
Nowadays it is almost 20 light-years away, but 70,000 years ago it entered the Oort cloud, an area of objects at the edge of the solar system, beyond Neptune.
First found in 2015, astronomers analysed the nearly 340 objects of the solar system with hyperbolic orbits (very open V-shaped, not the typical elliptical) – and found that some of them are still influenced by the passage of Scholz’s star.
Lead author Carlos de la Fuente Marcos says, ‘Using numerical simulations we have calculated the radiants or positions in the sky from which all these hyperbolic objects seem to come.
‘In principle, one would expect those positions to be evenly distributed in the sky, particularly if these objects come from the Oort cloud; however, what we find is very different: a statistically significant accumulation of radiants. The pronounced over-density appears projected in the direction of the constellation of Gemini, which fits the close encounter with Scholz´s star.’


APPENDIX II

More links to web pages on the Oort cloud:
https://www.webcitation.org/6H9vGLJk6 
http://www.ifa.hawaii.edu/UHNAI/ws/readings/7031_dones.pdf

One by Safarti: 
https://creation.com/comet-oxygen

Footnote:
*1:  See a blog post by Ken Ham dated 12th April 2018  where he says: 
The universe didn’t start with a big bang. It started when God spoke things into existence. And it’s important to note that the Big Bang idea is based on naturalism and has the stars and sun coming before the earth—whereas the Bible states that God created the earth before the sun and stars.

Tuesday, March 20, 2018

David Attenborough on God





In the interview Sir David displays what strikes me is an entirely genuine and fair reaction to the question of God. If his termite hill metaphor is right then it raises a question: Do we seek God or does 'He' seek us; or is it a two sided seeking?

Here's a 1st century AD perspective:

Paul then stood up in the meeting of the Areopagus and said: “People of Athens! I see that in every way you are very religious. 23 For as I walked around and looked carefully at your objects of worship, I even found an altar with this inscription: to an unknown god. So you are ignorant of the very thing you worship—and this is what I am going to proclaim to you.

24 “The God who made the world and everything in it is the Lord of heaven and earth and does not live in temples built by human hands. 25 And he is not served by human hands, as if he needed anything. Rather, he himself gives everyone life and breath and everything else. 26 From one man he made all the nations, that they should inhabit the whole earth; and he marked out their appointed times in history and the boundaries of their lands. 27 God did this so that they would seek him and perhaps reach out for him and find him, though he is not far from any one of us. 28 ‘For in him we live and move and have our being.’ As some of your own poets have said, ‘We are his offspring.’

29 “Therefore since we are God’s offspring, we should not think that the divine being is like gold or silver or stone—an image made by human design and skill. 30 In the past God overlooked such ignorance, but now he commands all people everywhere to repent. 31 For he has set a day when he will judge the world with justice by the man he has appointed. He has given proof of this to everyone by raising him from the dead.”

32 When they heard about the resurrection of the dead, some of them sneered, but others said, “We want to hear you again on this subject.”

Acts 17. 


How do we see the thing in which we live and move and have our being? Are we the (potentially) ephemeral cognita inside some huge mind?

See the link below for more on Acts 17:
http://quantumnonlinearity.blogspot.co.uk/2013/02/dembski-im-not-denying-evolutionary.html

I have to admit that I have more in common with Attenborough's epistemic humility before God (a humility which recognises our tenuous perceptions and acknowledges our imperfect grasp of Truth) than I do with many a fundamentalist Christian who makes loud claim to certainty from a literalist reading of the Bible.

Wednesday, March 14, 2018

Evolutionary Psychology Under Fire

Steven Pinker is into evolutionary psychology.
This subject looks as though it has the potential
to be a choppy ride!
Canadian biochemist and evangelical atheist, Larry Moran, has recently posted a blog entry that piqued my interest. The post raised questions about the status of evolutionary psychology as a scientific discipline (if "discipline" it can make claim to!). Neither Moran nor his fellow evangelical atheist PZ Myers have a great deal of respect for evolutionary psychology. I have seen Evo-psych described as "evolutionary just so stories". 

I'm in no position to contradict Moran's and Myers' opinion of evo-pysch. In fact it is quite likely they are right. But are they asking themselves the right questions here? Why is evo-psych, from a formal science angle, so flaky? Given the epistemic distance of the objects it is studying is it ever likely to be anything else? That is, are there fundamental epistemic reasons why it lacks the standards of the physical science? How would Myers and Moran fare as evolutionary psychologists? Would they do any better?  Would they be aware of the epistemic distance of their objects of study? Would they take that into account and with all due allowance cautiously tender tentative conclusions about the natural history of behaviour? Would they be less dogmatic about their conclusions? Would they feel too stultified by the epistemic difficulties and tender no conclusions at all?

Evo-psych is a discipline which mixes biology, natural history, behavioral science, and social science along with a sprinkling of topical political intrigue relevance. Add to that the epistemic distance of its subject matter and you've got an emotionally explosive recipe that's right up the street of left and right wing partisans.

One of the specific criticisms that Moran has of evo-psych is this: 

The field of evolutionary psychology is full of hyper-adaptationist thinking. It's primary task is explaining modern features of human behavior as adaptations that took place in primitive human populations. From an evolutionary perspective, this requires that the behavior has strong enough genetic components to be subject to evolution by natural selection. It requires that primitive populations contained alleles for the modern behavior as well as alleles for a different behavior that reduced fitness. Finally, it requires that selection for the modern behavior is strong enough to lead to fixation in just a few hundred thousand years.

All of these assumptions require supporting evidence that is almost always missing in evolutionary psychology publications. In the absence of evidence, the default assumption should be that the behavior is cultural. If there's evidence of a genetic component then the default assumption should be fixation by drift unless there's evidence of selection

In his second paragraph above I'll bet that Moran is right in saying that the evidence is often lacking for evo-psycho; but then that's measuring it by the standards of the physical sciences. As I have recorded on this blog before Moran appears to have a poor appreciation of the fact that the objects of our world have differing epistemic distances and this will have an impact on the relative rigor of the science that tries to grapple with them. In evo-psych we are not dealing with spring extending and chemical precipitating science.  See the following links for more on this subject:


None of this is to say evolution psychology is right; its just a plea to give a little leeway and understanding to those who grapple with an uncooperative epistemology as they try to hammer out a world view. However, I lose all sympathy with such people if epistemic humility is replaced by dogmatism and an abrasive intimidation of unbelievers; that's something I'm all too used to from Christian fundamentalists. 

***

The process that Moran describes in his first paragraph above is, from a standard evolutionary perspective, quite right; this is precisely what would be required for the propagation of those behavioral alleles that are supposed to offer social advantages in the breeding game. And if the alleles don't provide definite advantages it is likely that DNA, by way of a kind of "linguistic" drift, gets a "local accent".

But I don't go along with Moran when he demands that in the absence of evidence, the default assumption should, repeat should, be that the behavior is cultural. OK, one can adopt the working hypothesis that it might be cultural, but in that case one is thrown into the domain of social anthropology, a discipline whose epistemic standards are not going to be commensurable with that of the physical sciences. Social anthropology will seem just as much lacking in the rigor that a physical scientist expects.  My own heuristic here would be to refrain from a dogmatic position either way and proceed slowly, carefully and tentatively; the extent to which identified human behavior patterns are influenced by genetic factors is a wild card. 

In any case there is a distinction between the claim that a behavior has some kind of genetic influence and the evolutionary "just-so" stories one might seek to tell in an attempt to explain the natural history of this influence. Thus, we have two separate questions here:  a) Is an identified behavioral trait influenced by genes and/or culture? b) If genes are involved and we believe in standard evolutionary mechanisms the next question is how did the behavior evolve?

Evo-pysch is by and large engaged in creating retrospective
 sense making narratives rather than a predictive. science.
I think that Larry Moran is out of luck if he wants to see an improvement in the scientific standards of evo-psych in terms of its evidential base because epistemology is against it. What we might see (although I doubt it) is a less emphatic presentation of evo-psych conclusions once the epistemic issues are acknowledged.  We can but hope.

As I have already said in connection with Moran's concept of science, some objects are just too complex and have too great an epistemic distance to be amenable to the standards of evidence expected in the physical sciences; in particular the expected predict and test methods of "spring extending and test tube precipitating science" aren't necessarily going to be realised. And it's not as if there is a sudden cut-off between the rigors of physical science and the more nebulous objects of the social sciences; for objects of scientific study range from the very epistemically accessible like springs, through planetary motions and what was in yesterday's lunch to, the epistemic barriers found in the study of strings and mysteries like the identity of Jack the Ripper.

As the objects we study get increasingly complex and epistemically inaccessible "predict and test" becomes less effective as a heuristic. History, of course, is a prime example. Statements about the past can often be tested against new found data, but therein lies the rub; the data has to be found and if it doesn't turn up the crucial test of an historical theory is left hanging. But when historical test data isn't extant there is a fall back heuristic; we can then proceed abductively; that is, we seek  a "best fit explanation" given the data we do have. However, what constituents a "best fit explanation" may be subject to some ambiguity: This is a bit like a "joining the dots" game; if there are not enough dots more than one explanatory "sense making" structure fitting the data may be devised. As the quote from Pinker suggests evo-psych has a strong retrospective (as opposed to predictive) sense making role; evo-psych, under the best of circumstances, is not going to be an exact science.

Even when an object's epistemic distance means that its data is sparse there's nothing to stop us proposing a conjectural dot-joining theory, but in doing so being appropriately tentative about our conjecture. Here, however, human nature faces a challenge. There may be many objects for which the available evidence doesn't quiet unambiguously determine the explanatory narrative being proposed. Under this kind of epistemic environment what is being proposed is therefore worldview sensitive. It is then that evangelicals of all flavours tend not to adopt the appropriate level of epistemic humility toward their theories, but instead take on the stance of enthusiastic advocates, champions and partisans for their heroic cause. Evangelicals, whether atheist or otherwise, polarise opinion as they sharply demarcate their field of knowledge and stake out their noetic claims. Try not to meet them in a dark alley if you are less committed than they are!

Ironically it doesn't help to have people like Steven Pinker around. Pinker is a mouthy, suave and, worst of all, an incredibly intellectual guy with a grasp of a wide range of subjects. But I wonder if he's spent hours in the lab separating out precipitates or carefully measuring spring extensions or has spent hours cleaning and measuring fossils? Don't these clever people make you spit! I have a sneaky feeling that interpersonal feelings, as well as world view, might have a bearing on the debates surrounding retrospective sense making science!

****

Larry Moran finishes his post by providing a very interesting list of what one evolutionary psychologist claims are the notable achievements of his subject. Viz:


1. Women alter their preferences for the facial features of men as a function of where they are in their menstrual cycles. When maximally fertile, they prefer men possessing markers of high testosterone.
2. Babies display an immediate instinctual preference for symmetric faces (at an age that precedes the capacity for socialization).
3. Children who suffer from congenital adrenal hyperplasia display a reversal in their toy preferences. Furthermore, using inter-species comparisons, vervet monkeys display the same sex-specific patterns of play/toy preferences as human infants. This suggests that contrary to the argument made by social constructivists, play has an evolved biological basis.
4. Individuals who score high on an empathy scale are more likely to succumb to the contagion effects of yawning. This is indicative that this particular contagion might be linked to mimicry and/or Theory of Mind.
5. How provocatively a woman dresses is highly correlated to her menstrual cycle (a form of sexual signaling found across countless Mammalian species).
6. Culinary traditions are adaptations to local niches. For example, the extent to which a culture utilizes meat versus vegetables, spices, or salt is a cultural adaptation (this is what behavioral ecologists study).
7.  Maternal grandmothers and paternal grandfathers invest the most and the least respectively in their grandchildren. Whereas all four grandparents have a genetic relatedness coefficient of 0.25 with their grandchildren, they do not all carry the same level of "parental uncertainty." In the case of maternal grandmothers, there is no uncertainty whereas in the case of the paternal grandfather, there are two sources of uncertainty. This last fact drives the differential pattern of investment in the grandchildren.
8. Good male dancers are symmetric (paper published in Nature). One would expect that some behavioral traits might correlate with phenotypic quality as honest signals of an individual's desirability on the mating market.
9. Self-preference for perfumes is linked to one's immunogenetic profile (Major Histocompatibility Complex).
10. When a baby is born, most family members (especially those of the mother) are likely to state that the baby looks like the father. This phenomenon is found in countless cultures despite the fact that it is objectively impossible to make such a claim of resemblance. The reason for this universally found cultural tradition lies in the need to assuage the fears of paternity uncertainty.
11. Environmental stressors (e.g., father absence) and the onset of menarche (first menses) have been shown to be highly linked. In numerous species, the likelihood of a female becoming reproductively viable is affected by environmental contingencies.
12. Women are less receptive to mandatory hospital DNA paternity testing (for obvious reasons). In other words, their willingness to adopt a new product/service is fully driven by an evolutionary-based calculus.
13. Women can smell the most symmetric men. In other words, women have the capacity to identify men who possess the best phenotypic quality simply via their nose. This is what I have referred to as sensorial convergence.
14, Using fMRI, the exposure to ecologically-relevant stimuli (e.g., beautiful faces) yields distinct neural activation patterns in men and women.
15. In choosing a mate, humans tend to prefer the smell of others that are maximally dissimilar to them along the MHC. This ensures that offspring possess a greater "defensive coverage" in terms of their immunological system.


That's certainly an interesting list of theories most of which I've haven't heard before! I will look at human behaviour differently from now on! Moran suggests that this list should be approached with these questions in mind:

a) Is there evidence for genes (alleles) that are responsible for this trait?
b) Is there evidence that in primitive societies this trait improved fitness more than the original, presumably deleterious, trait?
c) Is there evidence that this is a universal trait present in all human populations?

Good questions and Moran probably thinks the evidence for the listed achievements is wanting!  Going back to comments I have already made:. There are in fact three distinct questions here: Firstly,  the human behavior patterns claimed by the above list have the potential to be tested and perhaps settle the debate about their existence (Moran's question c).  But, secondly, even if they should be verified as human behavior patterns, there is then the question of whether they can be traced back to a genetic influence. (Moran's question a). Thirdly, if there is a genetic factor, does the evolutionary "just so story" add up? (Moran's question b)

Grasping the nettle of human nature theory. 
Another reason why I think people are so partisan about this subject is that it raises the contentious questions of the nature-nurture debate, a debate which is bound up with political interests. If such a thing as "human nature" is denied and human beings are thought of as "blank slates", that is tantamount to saying that they are very flexible inter changeable components which can be pressed into shape to fit the society of our dreams. I submit that both the Marxist and libertarian social dreams come unstuck on the question of human nature of which their economic reductionism fails to sufficiently take into account.

The  denial that there is even such a thing as "human nature" is certainly wrong. Human minds are highly proactive surfaces that select and categorize the data which falls on to them according to interest, motive and a set of predetermined neural constants that probably vary from person to person. Pinker is no doubt right to criticize "Blank Slate" theory. However, needless to say, separating out the nature and nurture factors has proved difficult, difficult enough to keep the genes vs culture debate fueled. And that's before we even get onto the question of the natural history of those behavioral patterns and genes.

***

Finally I must add a disclaimer. I think it likely that standard evolutionary mechanisms are insufficient to explain natural history. So, I have been exploring what I call "intelligent creation". I distinguish this from paradigm of the god-of-gaps Intelligent Design movement which believes that natural history is awash with information discontinuities. In intelligent creation the processes of physics are regarded as part and parcel with the intelligent process of information generation & information selection. Just as the third person perspective only ever sees the first person as behavior patterns and (on closer look) a system of molecular and neural signalling, then when I look closely at physics I see the mind of God expressed as a quantum signalling process spread across the cosmos.  But all this is a highly speculative blue skies project and so I don't make claim, unlike the young earthists and IDists, to being God's gift science. This is an enjoyable private hobby which keeps me out of trouble!.

Friday, March 09, 2018

New Ager Capitalizes on Spiritual Thirst and Disaffection with the Science Establishment

The false assumptions of science according to New Ager Gregg Braden
Personally I don't know what he's talking about. 

This post fits into my series on New-Ageism of which there have only been two other posts so far. That is:


The above picture was posted on Facebook by my New Age friend I identified as "Frank Saucepan" in the first of the above links. It appears that he had photographed his screen whilst looking at the website of a New Age guru (More about him later). Frank's accompanying comment to the above picture was:

I trust science to keep me in a safe plane, heat my house and let me communicate via a telephone.
When I was at school 20 years ago these 5 assumptions were taught as scientific fact- now disproved
This is why I don't trust science for the more mystical questions of life - it fails

What I think Frank is trying to tell us is that although he trusts science when it comes to putting his life in its hands when he flies he nevertheless feels let down, even lied to, by established science's failure to address his spiritual need for meaning, purpose and sacred mystery.

But Frank is inconsistent. Frank has a history of interest in conspiracy theorism and as my first link above shows, the flat earth conspiracy theory is something that has attracted him. It seems, therefore, he has ambivalent feelings toward science. On the one hand he trusts science when he uses an aircraft, a technology that necessarily, by the way, depends on the global model of the Earth and yet on the other hand he distrusts science's spherical Earth theory. This model, in fact, ties into a coherent intelligible whole a myriad evidences. Some of those evidences are even apparent to the man in the street if he cares to look; from views across the sea to celestial observations. But the trouble is that the global model, except for the minority that journey a long way into space, cannot be taken in with one sweep of the eye: For the Earth bound the evidences of the global model are joined together by what to the suspicious science-alienated laymen can appear as beguiling, convoluted and complex logic.

I could take Frank in hand and say, "Look Frank, what quantified sense to do you make of these evidences?".  But I may as well go herding cats and than channel Frank's thoughts into a rigorous scientific line of inquiry. He wants clear and obvious answers: He will simply say "Spherical Earth? Show it to me!" And I can't do that without reference to the data provided by various scientific authorities, authorities he would distrust. Moreover, he would probably have little patience in being guided through the logic which links all this data into a coherent and elegant whole; to him it could all be sleight of hand with me as a stooge whose mind has been manipulated by the Illuminati.

It is striking how similar all this is to Christian fundamentalist diffidence toward science and  like Frank these fundamentalists have ambivalent feelings about society's scientific authorities. On the one hand they oppose so many conclusions of science and on the other hand they don't want to look like anti-intellectual rubes. So they invent the distinction between "observational" science and "historical science"; the former they think of as rigorous & respectable evidence based science whereas the latter is regarded as dubious speculative science based on presuppositions driven by an a priori worldview, perhaps even a product of a conspiracy. Certainly, the Christian fundamentalist flat earthers have to resort to conspiracy theorism as part and parcel with their theory of cosmology.

But as I have said before all science is at once both observational & historical, and non-trivial scientific objects seldom, if ever, classify as directly observational.  This is really far too subtle a point for the average fundamentalist who is looking for a pretext to do away with science which contradicts his world view fundamentalism. (I've posted on this subject many times before. See here for example)

***

The screen shot above actually comes from a New Ager called Gregg Braden. It is clear that he has set up a straw man that he can then knock down in front of his gullible fans. Let me comment on each point:

1. Evolution: explains life/human life. Evolution, in its most basic sense of being natural history, that is a history of change,  is "settled science" although just what mechanism drives evolution is not quite so settled - see herehere and here. So exactly what concept of evolution is Braden claiming to be false? 

2. Civilization began about 5000 years ago: In as much as this idea is the best construction that can be placed on the evidence it still holds good in my opinion. Both written history and archaeology point in this direction. However, I have always had a reservation at the back of my mind that perhaps the end of the ice age flooded continental shelves which hosted civilized societies - although if the continental shelves did host such societies they weren't big enough and/or civilized enough to leave a strong global trace in the archaeological and historical records.

3. Consciousness is separate from the physical world. This seems to be an allusion to the so-called "ghost-in-the-machine", a concept that  isn't readily testable and so not likely to classify as the object of formal science. If anything I would have said that scientific opinion and especially philosophical opinions attached to scientific culture are rather diffident about such an idea. In fact I myself have long since come to the conclusion that consciousness cannot be divorced from some kind of material nexus which expresses it. So Braden seems to have got this wrong; science doesn't dogmatically teach a clear distinction between consciousness and the physical world.  The jury seems to be out on this one. 

4.The space between things is empty: My scientific background has never lead me to this view. Initially, in geometry, space was taken to be a set of relations between points, relations that had all sorts of interesting mathematical properties; that hardly classifies as "empty" to my mind. And of course since the advent of quantum  mechanics space seems anything but empty! So once again I don't know what Braden is talking about. It's just a straw man. 

5. Nature is based on the survival of the strongest. If you modify this statement to include something to the effect that "Nature is based on the survival of the luckiest" then Braden's accusation might be approximately right! But therein lies the rub: It is this kind of statement which spiritual (wo)man finds difficult to swallow because it seems to entail an empty, meaningless, purposeless world teetering on the edge of the nihilistic chasm.  To many people this seems morally repugnant and so it is no surprise that those who offer spiritual hope get a hearing.

***

It is true that the modern cosmological picture is a big intellectual challenge to those (like myself) who wish to make anthropic sense and purpose of the cosmos (but I find it a welcome challenge because I like mysteries).  New Agers and Fundamentalists are trying to do this in their inimitable, emphatic and suave way, devoid of self-doubt as they exploit disaffection with the scientific establishment. They attempt to give reality a spiritual gloss and if science gets in their way then so much the worse for science.

It is ironic that New Agers and Christian Fundies have so much in common. Whimsical it may be but it is appropriate, then, that Gregg Braden has a passing resemblance to Christian fundamentalist Ray Comfort! As a Christian myself, however, I can understand the appeal of both: They head up a reaction against the current scientific establishment which either leaves one with a sense of abandonment at the edge of thecosmos, facing an existential crisis and postmodern nihilism or having to interpret life with a teeth gritting atheism determined to make the best of a bad job. 


Is it just me or does Gregg Braden bear a resemblance to Ray Comfort?
Suave and persuasive they lead their flocks into spiritual vistas 

Monday, February 19, 2018

Something comes from Something: Nothing comes from Nothing. Big Deal

The Grand Logical Hiatus.

A post on the de facto ID site Uncommon Descent (See here) alerted me to this blog post by atheist Sean Carroll. Just as atheist PZ Myers is a source of news about American Christian culture so UD is a source of news about the world of atheism. 

Carroll’s post concerns a matter which has been very much a theme of this blog: Viz that science, even if it should ever be in the position where its laws provide a complete description of the cosmos, will nevertheless always leave us with an irreducible kernel of “unexplained” information. “Explanation” in the physical science sense of the word takes the data complexes furnished by observation and merges them into sense making theoretical constructs. In physics these constructs invariably simplify the intricacies of these data complexes by showing how they could be the outcome of relatively succinct principles. In this context a theoretical narrative which “explains” a large data complex is effectively a way to “compress” that data into something smaller and simpler. Ultimately, however, all such constructs, although they may vary in their level of succinctness, obey the “law of compression”; that is they must contain a grand logical hiatus; a kernel of “brute fact” beyond which further “compression” is impossible; you can’t “explain” something from a starting point of nothing! Nothing generates nothing whereas something, though it be relatively little, can lead to a whole lot more.

A rider needs to be added at this point. The laws of physics, which can by and large be expressed as algorithms, are in contrast to statistics, a subject which deals with randomness. (I define randomness here). Random patterns are patterns which, by definition, don’t yield better than chance predictions when attempts are made to predict them using small space, short time algorithms. Such patterns can only be treated successfully with statistics. Unlike the data complexes which are the subject of the laws of physics random patterns do not simplify or “compress”.  The upshot is that the content of the physical sciences is usually an inextricable blend of two kinds of descriptive narrative: Laws and Statistics. This is what I refer to as “Law and Disorder” science.

These themes can be picked up in the following blog posts:



Below I publish the text of Carroll’s article and as usual interleave my own comments.

SEAN CARROLL ASKS:
Why Is There Something, Rather Than Nothing?
Posted on February 8, 2018 by Sean Carroll

A good question!

Or is it?

I’ve talked before about the issue of why the universe exists at all (1, 2), but now I’ve had the opportunity to do a relatively careful job with it, courtesy of Eleanor Knox and Alastair Wilson. They are editing an upcoming volume, the Routledge Companion to the Philosophy of Physics, and asked me to contribute a chapter on this topic. Final edits aren’t done yet, but I’ve decided to put the draft on the arxiv:

Why Is There Something, Rather Than Nothing?
Sean M. Carroll

It seems natural to ask why the universe exists at all. Modern physics suggests that the universe can exist all by itself as a self-contained system, without anything external to create or sustain it. But there might not be an absolute answer to why it exists. I argue that any attempt to account for the existence of something rather than nothing must ultimately bottom out in a set of brute facts; the universe simply is, without ultimate cause or explanation.


MY COMMENT:   As far as I’m concerned there is no disputing Carroll’s argument that “explanation” in the physical science sense of the word bottoms out with brute fact. And I’ve given the reason for that:  Viz: Once we get a handle on just what we mean by physical “explanation” in the Law and Disorder sense of the word then we can see that its “information compression” effect can’t carry on indefinitely; taking “explanation” as far as it will go finally results in an irreducible kernel of information from which all else is derived.

But I would query Carroll’s claim that Modern physics suggests that the universe can exist all by itself as a self-contained system, without anything external to create or sustain it. Any attempt to “prove”, after the manner of the physical sciences, that the universe can exist all by itself in a “self-contained, self-sustaining” way would, of course, require some Law and Disorder type explanation of this situation. This, as we have seen, always entails an ultimate kernel of irreducible “brute fact”, a kernel which can have no further “explanation”, least of all an explanation as to why this brute fact is somehow “self-contained and self-sustaining” whatever that means. The descriptive role that the explanations of physical science offer do not admit such metaphysical concepts as “self-containment and self-sustenance” – these ideas are simply Carroll asserting his belief that beyond the kernel of law and disorder science there is nothing to say other than that this kernel, in some strange way, has the god-like property of aseity. This is sheer metaphysical assertion on Carroll’s part. He is of course entitled to his (subjective) opinion about such matters, but he can’t claim that ideas like this have proofs in law and disorder science, a science which, as Carroll himself will agree, ultimately presents us with a brute fact kernel. Like Carroll we can if we are so inclined impute the metaphysical property of aseity to this law and disorder kernel…. or perhaps we should look elsewhere for aseity?

CARROLL WRITES: As you can see, my basic tack hasn’t changed: this kind of question might be the kind of thing that doesn’t have a sensible answer. In our everyday lives, it makes sense to ask “why” this or that event occurs, but such questions have answers only because they are embedded in a larger explanatory context. In particular, because the world of our everyday experience is an emergent approximation with an extremely strong arrow of time, such that we can safely associate “causes” with subsequent “effects.” The universe, considered as all of reality (i.e. let’s include the multiverse, if any), isn’t like that. The right question to ask isn’t “Why did this happen?”, but “Could this have happened in accordance with the laws of physics?” As far as the universe and our current knowledge of the laws of physics is concerned, the answer is a resounding “Yes.” The demand for something more — a reason why the universe exists at all — is a relic piece of metaphysical baggage we would be better off to discard.


MY COMMENT; Well, I think I can agree with most if not all of that; but only up until the last sentence – but I’ll speak of that in a little.

Once we understand just what “explanation” means in the physical science sense of the word then it becomes clear that we can hardly ask of it any more than what that explanation actually does; namely, to join the data dots of observation with a descriptive narrative which exploits the natural order in the cosmos so as to encapsulate nature’s patterns in succinct principles.

Like Carroll I understand “cause and effect” to be very much a construction or derived concept based on the arrow of time. It is not as fundamental as those timeless physical laws which Carroll speaks of; without an arrow of time "cause and effect" becomes a problematical concept. Hence, the question “why” often implicitly assumes this conception of time. But physics is less about the contingencies of time than it is about the timeless fundamental cosmic constraints expressed in law and disorder mathematics.

But having said all that I think I would want to re write Carroll’s last sentence as follows:

The demand for something more — a reason why the universe exists at all — I regard as a relic piece of metaphysical baggage I believe we are be better off to discard.

That is, Carroll is really speaking for himself here and not necessarily for the rest of us; hence my additions “I believe” and “I regard”.  As we have already seen Carroll has his own metaphysical baggage about the aseity of law and disorder science but seems to have fooled himself into thinking of it as rigorous physics: He believes that somehow physics’ kernel is self-contained and self-sustaining. It is clear, however, that the mathematics of physics has no self-affirming and self-referencing qualities which amount to aseity. Instead physics must end in a clear logical hiatus of brute fact as Carroll well knows.

Some people like Carroll might consider that our intellectual engagement with the cosmos is complete once law and disorder science has arrived at a comprehensive theory of explanation and thereafter people like Carroll will feel satisfied that this is all we can know. That’s fine by me, different strokes for different folks, but this in itself is a metaphysical response which presupposes the inquiry into meaning must stop there. I can’t stop Carroll stopping at that point or complain about his lack of a metaphysical urge to try to take matters further; that’s just the way he is. But by the same token there is nothing to stop people following up their metaphysical suspicions and trying to press on a bit further. After all, if Carroll continues to carry his own obviously metaphysical baggage about regarding physical self-containment and self-sustenance (although he might disguise it as physics) there’s no reason why we shouldn’t follow his good example, but in a different sort of way; although of course he and other atheists are under no obligation to follow us into those white spaces beyond the edge of the map; in fact they may even believe that it is not meaningful to even talk about those “white spaces”.
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CARROLL WRITES: This perspective gets pushback from two different sides. On the one hand we have theists, who believe that they can answer why the universe exists, and the answer is God. As we all know, this raises the question of why God exists; but aha, say the theists, that’s different, because God necessarily exists, unlike the universe which could plausibly have not. The problem with that is that nothing exists necessarily, so the move is pretty obviously a cheat. I didn’t have a lot of room in the paper to discuss this in detail (in what after all was meant as a contribution to a volume on the philosophy of physics, not the philosophy of religion), but the basic idea is there. Whether or not you want to invoke God, you will be left with certain features of reality that have to be explained by “and that’s just the way it is.” (Theism could possibly offer a better account of the nature of reality than naturalism — that’s a different question — but it doesn’t let you wiggle out of positing some brute facts about what exists.)

MY COMMENT: I have a lot of sympathy here with Carroll. It certainly does feel, humanly speaking, that as he says “Whether or not you want to invoke God, you will be left with certain features of reality that have to be explained by “and that’s just the way it is.” And that seems to be true of theology as much as anything else; humanly one seems to be stuck with always having start by postulating contingent givens or brute facts. This, as we have seen, is very clear with Law and Disorder science and Carroll, if I am reading him right, would agree. At first it does seem as if theists have the same problem; they have to start with a given, albeit a very complex and difficult to understand given, namely God himself. But as Carroll points out: As we all know, this raises the question of why God exists; but aha, say the theists, that’s different, because God necessarily exists, unlike the universe which could plausibly have not. Well, as we have seen it is clear that the simple starting objects of law and disorder science don’t appear to have this property of aseity – that is, a necessary existence; they are just too simple to have such a convoluted property. But this is not quite so clear with theism because the postulated infinite complexity of God could hide something well outside human understanding and perhaps therefore infinite complexity could in some way have a necessary existence. This was an idea I first introduced in a blog post here and I quote the relevant parts of this post as follows*:

These are difficult issues, but for a theist their resolution is likely to be bound up with the concept of Divine Aseity.I favour the view that mathematics betrays the a-priori and primary place of mind; chiefly God’s mind. The alternative view is that gritty material elementals are the primary a-priori ontology and constitute the foundation of the cosmos and mathematics. But elementalism has no chance of satisfying the requirement of self-explanation as the following consideration suggests: what is the most elementary elemental we can imagine? It would be an entity that could be described with a single bit of information. But a single bit of information has no degree of freedom and no chance that it could contain computations complex enough to be construed as self-explanation. A single bit of information would simply have to be accepted as a brute fact. Aseity is therefore not to be found in an elemental ontology; elementals are just too simple.

In the search for Aseity elementalisation leads to an ontological dead end because elementals have a lower limit complexity of one bit, a limit beyond which there is no further room for logical maneuvering that could resemble anything close to self explanation. In contrast complexity has no upper limit and hence if Aseity is to be found at all, it must reside at the high end of logical complexity, perhaps at infinite measures of complexity with some kind of reflexive self affirming properties, such as we find in your “there is one true fact” example.

What I’m saying here is that an infinitely complex object could incorporate, in a way not accessible to the human mind, some kind of capital Aseity. In contrast we can see all round the gritty elementals of law and disorder science and nothing like aseity is apparent. Their very simplicity excludes aseity and these elementals can only ever be contingent brute facts with no logical necessity.  Recall also that God, if he is meaningfully a person, must embody the first person perspective of conscious cognition. As I have always had an attraction toward logical positivism, a philosophy which only sees reality in what the first person experiences and theorises about, it seems not unreasonable to me that some kind of divine and irreducible first person perspective should be at the root of all reality. However I admit that all this is rather abstruse and vague and therefore if atheists feel more comfortable with ending the inquiry into the nature of reality at the givens of law and disorder physics I have no basis for complaint.

CARROLL WRITES: The other side are those scientists who think that modern physics explains why the universe exists. It doesn’t! One purported answer — “because Nothing is unstable” — was never even supposed to explain why the universe exists; it was suggested by Frank Wilczek as a way of explaining why there is more matter than antimatter. But any such line of reasoning has to start by assuming a certain set of laws of physics in the first place. Why is there even a universe that obeys those laws? This, I argue, is not a question to which science is ever going to provide a snappy and convincing answer. The right response is “that’s just the way things are.” It’s up to us as a species to cultivate the intellectual maturity to accept that some questions don’t have the kinds of answers that are designed to make us feel satisfied.

MY COMMENT: Once again I largely agree with Carroll here. I’ve heard naïve interpretations of quantum mechanic’s potential to bring matter out of empty space (!= "nothing") as if it has solved the problem of why there is something rather than nothing. I have even heard talk along that lines that empty space defines what we ordinarily understand as “nothing” and therefore because quantum mechanics shows that something can come out of an empty space it effectively redefines nothing as something .... a condition which can generate something and hey presto you can get something from nothing!. But Carroll can see through this argument, which was originally simply about the quantum properties of space and not about the something vs nothing debate. As Carroll points out: But any such line of reasoning has to start by assuming a certain set of laws of physics in the first place. Why is there even a universe that obeys those laws? This, I argue, is not a question to which science is ever going to provide a snappy and convincing answer. The right response is “that’s just the way things are.”  In effect science hasn’t redefined the concept “nothing” in such a way that it shows how “something” can come from “nothing”….  rather science has redefined “something” as the laws of physics, laws which have a presupposed transcendent existence! So essentially we are back to the idea of necessarily getting something from something. Big deal.

I probably would depart from Carrol in his last two sentences. Here he clearly expresses a valued judgment on his part. He sees the calm acceptance of the brute facts of physics, with no further questions asked, as a sign of intellectual maturity. Well that’s up him. If he wants to leave the matter there that’s fine by me. In my opinion, however, real maturity is shown if one realises that not everyone is going consider the matter closed, done & dusted at that point! Opinions will vary and some people, to quote Carroll, will not necessarily come up with the kinds of answers that are designed to make us feel satisfied.



Footnote
* In the quoted post I was replying to James Knight in a response to a question about mathematics. He seems have picked this idea up in the following blog post of his:


..where he says:

Unlike our interpretations of God and mathematics, physics just doesn't seem to amount to a complexity powerful enough to contain an ultimate explanation. When we think of complexity, we think of a lower level complexity and an upper level complexity. The lowest level complexity would be something containing just a single bit of information. But once we start to think of an upper level complexity, we find that there really is no limit to how complex complexity can get. To me, such a realisation necessitates either one of the following:

A} Mathematics is the reason that existence 'is'.

B} God is the reason that existence 'is'.

He then goes on to consider the relationship of God and Mathematics

Thursday, February 01, 2018

The Universe is not necessarily epistemically friendly/tractable

"Why don't we like it when the universe  makes us smarter?" asks James Knight.
 Perhaps because it's not always going to make us smarter, especially if part
of that universe includes our much loved social group.


The notes at the end of this post (that is, below the asterisks) were my first response to this post on James Knight's blog. These notes of mine actually first appeared on James' Facebook discussion group in response to his blog post.  Here's the first part of James' post:

The widespread human aversion to correction is one of the most peculiar of all peculiarities. People don't like being shown to be wrong - so much so that they'd rather intransigently yoke themselves to a comfortable falsehood than open themselves up to a refreshing new fact or an illuminating experience of improved reasoning. There are multiple causes of this, with some degree of overlap - the usual offenders are:

1) Lazy-thinking - the path of least resistance is, by definition, the easiest method of approach. It takes time and effort to acquire knowledge and develop your reasoning skills, and relatively few people bother to do this with any aplomb.

2) Status and ego - some people find it hard to admit they're wrong, so would rather stubbornly close themselves off from revising their erroneous opinions.

3) Tribal identity - many views and beliefs are bound up in the identity of a particular group or allegiance, particularly religious and political views, which overwhelmingly bias individuals against changes of mind.


4) Emotional biases and confirmation biases - reasoning ability can be impaired by emotions, and conformation bias occurs as we look to justify our views by seeking out information that supports what we already believe.

There are others too, but those are the main four, and between them they have quite a stultifying effect on human beings' ability to be correct about things. The only cure for this sort of thing is to wake yourself up to how painstakingly, ludicrously irrational this is - I mean, why *wouldn't* you want to be correct about as much as you can be? And related to that, why *wouldn't* you want to be shown an improved way of thinking about a situation or learn a new fact?


He then goes on to give us some tips on how we might go about making some course corrections. In this post I'm less interested in how to make corrections than the question of why this noetic inertia exists in the first place. My first reaction is that there might well be a rationale behind the apparent bullishness people have toward their intellectual position.

Epistemology is far from an exact science, especially when it comes to the epistemics involved in the creation of those all-embracing narratives which claim to be some kind of coherent theory of everything. The jump from the millimeter by millimeter snail's pace progress in the formalised investigations of basic spring extending and test tube precipitating science to the vision of a comprehensive world view synthesis requires a risky leap into the unknown; I know, I'm in that line of business myself.  One would think, however, that a certain amount of epistemic humility in regard to these grand world view narratives would be in order, but no, these narratives, if anything, are often held with the utmost certainty and it is these narratives which are frequently the rallying point for those who are on an authoritarian mission to convert all and sundry to their views.

Epistemology, as I've already said, is not an exact science which allows an array of accepted data points to be linked into a coherent whole with meticulous and faultless logic.  "Heuristics" is the word that comes to mind here. Human beings are complex adaptive systems which use heuristics to the solve the problems of knowing. Consequently, the by product of the search for truth is likely to come with a lot of blind alleys and error. It's like solving a maze problem, a maze which may entail many blind alleys being searched for the price of an eventual positive result. But if there is to be a chance of a solution at all there has to be an initial motivation to search in spite of the over-head implicit in the trial and error process.

Because humans and the world they inhabit are both highly complex it is difficult to ascertain with any certainty whether what seems to be an illogical epistemic strategy may have some hidden statistical pay off. There is, in fact, a self referencing issue with James' point above: As we consider the whys and wherefores of human epistemic intransigence we are in effect turning the tools of epistemology in on themselves. That is epistemology has itself become the subject of an epistemic endeavor as we seek to discover just how and why our epistemic works, or, as is often the case, doesn't work. Without prejudging the question it may be that the kind of epistemic arrogance we so often see has some kind of statistical pay off and is not entirely maladaptive. Perhaps, this epistemic arrogance is adaptive in some circumstances but not in others; consider, for example, gambling where an entrenched belief that the chances are somehow skewed in your favour is maladaptive from a financial point of view. (although perhaps you just get a kick out of the game play!)

Epistemology, as with other complex subjects, cannot be tied up into a closed ended bundle of general catch all principles. We therefore have to take the "complex adaptive system " approach in our study of epistemics; Complex adaptive systems don't work just with catch-all principles, but also respond to the feedback they are getting from the instance in hand and adapt to that feedback on a case by case basis; this is necessary when the catch-all principles involved are either not understood or simply don't exist

Naturally enough as a Christian I have at times on this blog talked about the role of faith/trust in one's epistemology; that is, if the universe has some predisposed propensity toward rational integrity and we believe it and exploit it then a measure of success in our epistemic endeavors is assured. Epistemic success is not something that would happen in an erratic or completely random universe or if some will was out to mislead us and systematically skew the data samples toward error.  It is, however, clear that faith and trust are not sufficient in themselves to cut the epistemic knot: Witness  the many Christian sects who display huge faith and trust in their world view and yet get it badly wrong; from end of world prophets to anti-science young earthists we see groups of people who are utterly confident of their rightness thereby inflating the language of Christian devotion and guidance until it is of very little value indeed  (See here and here).

Anyway, below are the notes I compiled for the Facebook discussion group. Since their first publishing  I have added some enhancements. In these notes I briefly try to get a handle on the irregularities and erratics of human epistemic behavior. Epistemic intransigence may, statistically speaking, have some kind of pay-off. That reference to statistics is important, because it means that the pay-off comes some of the time, but not all of the time!


***


Some quick notes here. A systems and information approach to this question of noetic inertia is the first thing I think of:

Holding out against cognitive updates may have a hidden rationality, just as there is often rational resistance to the next super-duper version of Windows!

The acquisition of information by human beings is slow and time consuming and the rate of “dot joining” of that information into a cognitive synthesis is probably even slower. This represents a high investment in time and processing power which makes chopping and changing prohibitively “expensive” in terms of processing resources. E.g. if I had learnt to use the Ptolemaic universe all my life and still get useful results out of it then I am not likely to change to the Copernican Solar System in a hurry.

Each person has their own unique epistemic history. This history may not be linear, meaning that A+B is not equal to B+A where the “plus” signs are used to represent some cognitive synthesizing activity on the arrival of the information first in the order A & B and then in the order B & A. Proprietary histories may also be caused by two observers having datasets that only partially overlap. In fact it may be impossible to achieve complete overlap because first person experiences may not be shareable.

Resistance to changing an already costly cognitive synthesis reminds me of the scientific resistance to observational anomalies that don’t quite fit a well-established theory. Until the anomalies build up to an intolerable degree the old theory may survive under the hypothesis that the anomalies are due to some unexplained aberration that has so far not been thought of. After all, the universe is open ended as far as we are concerned and may throw up the unexpected. Unwillingness to change a cognitive synthesis on the basis of a few contrary “facts” may be recognition that data can sometimes be misleading.

Many experiences are not repeatable. For example someone may ardently believe in ghosts or UFOs based on some vivid experience that I don’t share and which I can’t get to the bottom of; hence it may never be possible to agree because the experience can’t be reproduced and shared.

The above cognitive factors may explain why there are deeper reasons for the resistances you list as 1 and 4 in your post: As Pascal said “The heart has reasons that the reason cannot know.”

Points 2 & 3, the tribal/social factors, are interesting and again may have their rationality in terms of group protection/benefits: Given the cognitive expense in a) taking on-board information and b) processing that information to arrive at a cognitive synthesis this tribal factor might be an attempt to outsource these expensive processing activities to others in a trusted group: This very much depends on relationship bonding and trust between group members. Hence, the epistemic method here is that one gets to know and trust the group members rather than directly process the data about the subject in question! i.e. one is delegating the research processing to another trusted group member. Forming a trust bound is part and parcel of an instinctual socially based epistemic! This one is very frustrating when you face, say, a fundie and find that he doesn’t accept your views no matter how hard you reason – he simply doesn’t believe you have the right to instruct him! In any case why trust a stranger with strange ideas? One has to have a particularly low self esteem to go down that route without resistance!

If we can see a modicum of rationality behind even what sometimes appear to be the most outrageous and irrational beliefs it might help us to get a little less uptight about disagreement. I say that as researcher of fundamentalism: If I got too uptight about some of the wackaloons who have popped up in my field of view I think the men in white would have come and locked me up long ago!