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Grégoire Canlorbe

second law of thermodynamics

A conversation with Helmuth Nyborg, for The Postil Magazine

A conversation with Helmuth Nyborg, for The Postil Magazine

by Grégoire Canlorbe · Oct 1, 2021

Helmuth Sørensen Nyborg is a Danish psychologist and author. A former professor of developmental psychology at Aarhus University, Denmark and Olympic canoeist, his main research topics include the connection between hormones and intelligence, the inheritance of intelligence, and the relationship between sex and intelligence.

  Grégoire Canlorbe: How did you move from Olympic canyoning to academic career? Which of those two activities was the most physically, mentally demanding?

  Helmuth Nyborg: The change was easy. Preparation for the 1960-Olympiad in Rome took five years in advance with three hours training from 6-9 am. and again from 6-9 pm.– before dinner was an option – year-round. Such a program taxes social, family, and metabolic, and intellectual life considerably. So, as I shared a room in the Olympic village with gold medalist Erik Hansen, with whom and two others I won the bronze medal, I simply told him that my career in kayak ended at 3:08 pm. when we passed the goal line. He found it hard to believe, but I kept my promise and entered the academic halls instead.

  Grégoire Canlorbe: You are currently working on a thermodynamic approach to the biocultural evolution of intelligence. How do you sum up your theory as it stands?

  Helmuth Nyborg: Actually, already back in 1994 I wrote a book on Hormones, Sex, and Society: The Science of Physicology, where I argued that science would advance by skipping much abstract philosophical thinking about Man’s nature and instead turn to the study of Molecular Man in a Molecular World. The jump from there to thermodynamics is short. Currently I am trying to quantify 275.000 years of prehistoric competition between individuals in the struggle for capturing and transducing available energy (Wm-2), survival, and procreation, in a retrospective, pseudo experimental design, that is, to redefine classic Darwinian thinking along the lines suggested back in the 18th century by the two famous physicists Ludwig Boltzmann and Alfred Lotka.

Helmuth Nyborg (on the right) and Grégoire Canlorbe

  Grégoire Canlorbe: When it comes to intelligence, what does imply the second law of thermodynamics? (Namely, that the entropy of an isolated system like is allegedly the universe is necessarily increasing) Do you believe the universe’s average intelligence is necessarily decreasing?

  Helmuth Nyborg: The second law of thermodynamic is about isolated systems and is therefore not of great use for understanding the way humans work, because they are open systems. We therefore need to call upon a fourth thermodynamic model for open non-equilibrium systems. It is easy to understand why global intelligence has been declining steadily since 1850: Low IQ people become more numerous and have more surviving children than high IQ people.

  Grégoire Canlorbe: A line of criticism occasionally heard against the coevolution idea (i.e., the idea that gene and culture are influencing each other in their mutual evolution) is that cultural patterns in a population are indeed influencing genes in said population—but that genes do not have the slightest influence on cultural patterns in turn. Thus any population subject to the influence of a certain culture is allegedly led to becoming biologically adapted to said culture at the end of a few generations: that is how, for instance, the Berber, Afghan ethnicities, and various populations who were conquered by the Islamic Arabs allegedly ended up becoming culturally Arabized—and biologically adapted to the Arabic culture. What is your take on such claims?

  Helmuth Nyborg: The whole idea of biocultural coevolution assumes that cultural aspects can be measured and quantified as accurate as the biological aspects. This is not the case, and this makes, in my opinion, the whole idea of biocultural coevolution untenable, as previously argued in Nyborg (1994).

  As said above, we better entirely circumvent stubborn problems based on how more or less abstract culture works, for example by trying to retrospectively define and quantify the prehistoric circumstance under which different peoples around the world have evolved, which polygene adaptation they were forced to make in order to survive and prosper and which left surprisingly lasting polygene traces reflected in existing global differences in traditional behavior, which even the naked eye can see so readily today. The recent failing attempts to make Afghanistan democratic illustrate the point well in blood, violence, tradition, and despair.

  Grégoire Canlorbe: An early investigator of the evolution of intelligence, Hippolyte Taine expressed himself as follows in 1867. ““The man-plant,” says Alfieri, “is in no country born more vigorous than in Italy”; and never, in Italy, was it so vigorous as from 1300 to 1500, from the contemporaries of Dante down to those of Michael Angelo, Cæsar Borgia, Julius II., and Macchiavelli. The first distinguishing mark of a man of those times is the integrity of his mental instrument. Nowadays, after three hundred years of service, ours has lost somewhat of its temper, sharpness, and suppleness (…) It is just the opposite with those impulsive spirits of new blood and of a new race [that were the Italians of the Late Middle Ages and of the Renaissance].” Do you sense that analysis is grounded at a thermodynamical level?

  Helmuth Nyborg: The mathematician and physicist, Lord Kelvin (1824-1907) said in 1883 something to the effect that: If you cannot measure a phenomenon and express it in numbers, you don’t know what you are talking about. You may be at the beginning of knowledge but have certainly not advanced to the state of science, whatever the matter may be.

  This problem is not only Taine’s but has been with us since dawn. People think of a phenomenon, say “impulsive spirit” or “motivation”, then they reify it and ascribe it causal value. Suddenly they have an explanation. Why did I do it? Well, I was motivated. They don’t see that this is a circular explanation: How do you know you were motivated? Well, I did it.

  This kind of muddled thinking was common in the past and is still widespread today. One current widespread form is Social Constructivism, exemplified by, say, unsubstantiable theories of “systemic racism” or, “glass ceiling” in “Gender research” (where Gender is loosely what you feel; a lived cultural proxy for real, measurable, biological sex differences).

  Grégoire Canlorbe: Thank you for your time. Please feel free to add anything else.

  Helmuth Nyborg: It worries me to think that the political scientist Charles Murray (2003) has a valid point, when he concluded that Western thinking has been decaying since 1850. This most likely has to do with declining global and local average IQ.

  In that connection it hurts to watch the numerally quantifiable left-oriented political activist overtake of many modern universities and media, with their associated unprofessional “Cancel Culture”, “Critical Race Studies” and politically motived data-poor gender and LGBTQ+++ activist reports.

  It is terrifying to realize that so many weak academic administrators today carelessly allow left-oriented student hooligans to attack and have sacked serious researchers they have a political distaste for, instead of furiously defending free speech and independent research in the Academy.

  It is saddening to see that so many modern universities seem to have completely forgotten the Humboldtian ideals of a free University, and instead have allowed their organization to degrade into mindless mass-producing institutions, where political correctness all too easily overturns rational science and IQ research(ers) are tabooed.

  All this bode well neither for the future of European democracy nor the sustainability of enlightened societies.

O Tempera. O Mores.


That conversation was initially published in The Postil Magazine‘s October 2021 issue

Filed Under: Uncategorized Tagged With: coevolution gene-culture, dysgenic fertility, Grégoire Canlorbe, Helmuth Nyborg, Hippolyte Taine, Italian Renaissance, Lord Kelvin, Olympic canyoning, second law of thermodynamics

A conversation with Willie Soon, for Heartland Institute

A conversation with Willie Soon, for Heartland Institute

by Grégoire Canlorbe · Avr 15, 2018

a-dr-willie-soon-gc-article-11  Willie Soon is an independent solar physicist at the Harvard-Smithsonian Center for Astrophysics, who has been studying the Sun and its influence on the Earth’s climate for more than a quarter of a century. In September 2017, he had a conversation with Grégoire Canlorbe. Here Dr Soon speaks for himself.

Polar bears – the poster-child of climate panic

  Canlorbe: You say polar bears are far less endangered by global warming than by environmentalists dreading ice melt. Could you expand?

  Dr Soon: Yes, indeed. I have argued that too much ice will be the ultimate enemy for polar bears. Polar bears need less sea ice to be well fed and to reproduce. Why? Think about this for a minute: Polar bears eat a lot. Any large colony will need a great deal of food. The bears’ staple diet is seal blubber. But seals are a long way up the food chain. So a fully functional and healthy eco-system is required. And that means oceans warm enough to support the lower links in the food chain from plankton all the way up to seals.

  Indeed, a good puzzle for polar–bear science is the answer the question how polar bears survived during the ice ages, when ice covered coastal zones and large parts of the global ocean. Ice was piled miles deep on land, making it extremely difficult for eco-systems to provide enough food. Of course, areas of relative warmth, which population biologists call refugia, always exist. They may well the key to explaining how polar bears survived the Last Glacial Maximum about 21,000 years ago.

Capture d’écran 2018-02-25 à 14.31.55

  The so-called “environmentalists”, who seem to allow unreasoning emotion and political prejudice to stand in place of rational thought and sound science, became very angry when I asked them whether they would prefer to see a billion polar bears instead of the 20,000-30,000 living now. The real threat to polar bears was unregulated hunting, which reduced the population to perhaps as few as 5000 bears in the early 1970s.

  After the November 1973 agreement to regulate hunting and outlaw hunting from aircraft and icebreakers, the polar bear population rebounded. By 2017 it was approaching 30,000. In 2016 a survey by the Nunavut government found a vulnerable population in the western Hudson Bay region to have been stable for at least five years.

  I should say categorically that this polar bear fear-mongering is evidence of mass delusion promoted by group think. As a physical scientist rather than a biologist, I am generally reluctant to get involved in such topics as the influence of climate on polar-bear population, health and biology. But in 2002, Markus Dyck asked me to examine independently these strange and insupportable claims by environmental extremists that polar bears are threatened with extinction by global warming.

  Consider the facts. From 6000 to 10,000 years ago, the Earth was considerably warmer than today. Yet the polar bears survived. In fact, they had evolved from land-based brown bears some 150,000 to 200,000 years ago, and to this day they rear their cubs in land-based dens burrowed into the snow.

Capture d’écran 2018-02-25 à 14.34.42

  Readers curious about Al Gore’s false statement that a scientific survey had found polar bears drowning because they could not find ice should see my talk on how environmentalists are the real threat to polar bears: https://www.youtube.com/watch?v=AmoKRz5VcbI. The survey cited by Gore in his sci-fi comedy horror movie in fact found that just four polar bears had drowned, three of them very close to land, and they had died because of high winds and high waves in an exceptional Arctic storm. The authors of the paper were later victimized by their academic colleagues at the instigation of environmental extremists because they had stated – correctly – that it was the storm, and not global warming, that had killed the bears.

  What is more, in the dozen years before the survey, the sea ice extent in the Beaufort Sea, where the survey took place, had actually increased slightly. At no point was Al Gore’s story true. In 2007 the High Court in London condemned Gore for his false statements about polar bears, whose Linnaean classification is ursus maritimus – the Bear of the Sea. It is now known that they can swim for more than 100 miles over periods of several days. Al Gore could not even ride a pushbike that far.

  One positive aspect of my work in science is that I have befriended many seekers after truth. A polar bear expert, Professor Mitch Taylor of Lakehead University, told me late in 2017:

  “Just finished up in Davis Strait with 275 DNA samples.  The bears were in better condition this year than they were during the 2005-2007 study years.  The Wrangel Island bears in the photo are in good condition, but the Davis Strait bears were even fatter.  Markus [Dyck] has found the same in the Cape Dyer area.  Local people confirm the bears are very fat this year and are also reporting a big increase in ringed seals (immigration, not local productivity).”

  Keen readers who may want solid information and frequent scientific updates about the overall health and trends of all 19 subpopulations of polar bears should visit the website of another friend of mine, Dr. Susan Crockford: http://polarbearscience.com.

Is climate change naturally cyclical?

Capture d’écran 2018-02-25 à 14.38.48

  Canlorbe: Climate change is surely nothing new. It is a long-established, cyclical behavior of our planet, which has long been oscillating between glaciations and interglacial warm periods. Should we diagnose Mother Nature with a bipolar disorder?

  Dr Soon: Earth’s climate system dynamically oscillates between icehouse and hothouse conditions in geological time or, to a lesser degree, between the glacial and interglacial climates of the last 1-2 million years. But, as with many interesting questions about the Earth’s climate, there is no certain answer. The data do not support over-simplistic accounts.

Sea level rise – mother of all scares

  I was fascinated to discover that changing sea levels, including extremely high global sea levels 65-250 feet (20-75 m) above today’s mean, occurred during the “hothouse Earth” era. One does not need an enormous ice sheet for sea level to be high, chiefly because the Earth’s coastal zones and ocean basins may be more porous and capacious than one would imagine. Indeed, deep geological studies proffer good evidence to support my position. I included this empirical evidence in an essay I recently co-wrote with Viscount (Christopher) Monckton of Brenchley.

  In addition to the ever-changing shape and depth of the ocean basins and coastal zone boundaries, one must also bear in mind the “leaky Earth”: there appears to be a continuous exchange of water between the ocean bottom and the Earth’s crust, as Professor Shige Maruyama of Tokyo Institute of Technology has shown.

  Sea level has risen by 400 feet over the past 10,000 years. For the past 200 years it has been rising at about 8 inches per century, and that rate may well continue. It has very little to do with global warming and much more to do with long-term climate cycles. In fact, so slowly has sea level been rising that environmental-extremist scientists have tampered with the raw data by adding an imagined (and imaginary) “global isostatic adjustment”, torturing the data until they show a rate of sea-level rise that has not in reality occurred.

Capture d’écran 2018-02-25 à 14.42.00

  My own examination of the Earth’s climate system extends beyond the solar system to include our place in the galaxy. When the solar system was born, we were 1–3 kiloparsecs closer to the galactic center than today. We are now 8 kiloparsecs from the galactic center.

  The solar system drifts along the  spiral density wave that orbits the center of the galaxy about  every quarter of a billion years. Sometimes, the solar system has lain above or below the plane of the galactic disk. Also, we need to consider the evolution of the Sun from its thermonuclear-burning core to its outer thermosphere. Furthermore, for 4.5 billion years the planets have continued to push and pull the Sun around the barycenter of the solar system.

  It was 13.82 billion years ago that, at the moment of creation that we now call the Big Bang, God said, Let there be light, and there was light. The solar system, including our planet, is thus one-third as old as the known universe. Our place and time in the universe cannot be ignored in assessing the climate. The original proposition to resolve the Faint Young Sun Paradox by WeiJia Zhang of Peking University concerned the relevance of Hubble expansion flow in affecting the mean distance between the Sun and the Earth over geological time. One must even consider our galaxy’s interaction with passing stellar systems, especially the coming merger (in a few billion years) between the Milky Way and the M31 Andromeda galaxy to form the Milkomeda cluster. This very likely event will occur within the five billion years of the Sun’s lifetime. Gravity rules even over very large distances.

  These are just a few of the considerations that lead me to insist on being open-minded in pursuing my scientific study. I study the Sun mainly to improve my own understanding. As A.E. Housman’s Greek chorus used to put it, “I only ask because I want to know.”

It’s the Sun, stupid!

  Canlorbe: You suggest that the Sun’s behavior is the driving force of climate warming, not factory smokestacks, urban sprawl or our sins of emission. Would you like to remind us of the keystones of your hypothesis?

  Dr Soon: For a quarter of a century I have studied the hypothesis that solar radiation is causing or at lest modulating climatic variations over periods of several decades. The most up-to-date report of my sun-climate connection research is in a chapter I and my colleague Dr. Sallie Baliunas contributed to a book in honor of my late colleague Professor Bob Carter of Australia (1942–2016). For the more serious science geeks, a fuller paper, with my two excellent colleagues from Ireland, the Connollys pere et fils, is worth reading. If your readers have any difficulty in finding these works, just contact me.

[Read more…] about A conversation with Willie Soon, for Heartland Institute

Filed Under: Uncategorized Tagged With: Benito Mussolini, climate change, Donald Trump, Grégoire Canlorbe, Plato, polar bears, second law of thermodynamics, the Maunder Minimum, Willie Soon

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