Very late notice, I know, but I thought I’d put in a plug for tonight’s Bris Science lecture at City Hall, on
WHY ARE ANIMALS COLOURFUL? SEX AND VIOLENCE, SEEING AND SIGNALS – Professor Justin Marshall
Details and future events over the page
Very late notice, I know, but I thought I’d put in a plug for tonight’s Bris Science lecture at City Hall, on
WHY ARE ANIMALS COLOURFUL? SEX AND VIOLENCE, SEEING AND SIGNALS – Professor Justin Marshall
Details and future events over the page
The next in the popular series of BrisScience lectures will be on Monday 31 March. As the title, Schroedinger’s machines indicates, it’s on the fascinating topic of quantum computing. More over page.
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One of the big problems with talking about what Chris Mooney has called The Republican War on Science is that, on the Republican side, the case against science is rarely laid out explicitly. On a whole range of issues (evolution, passive smoking, climate change, the breast-cancer abortion link, CFCs and the ozone layer and so on) Republicans attack scientists, reject the conclusions of mainstream science and promote political talking points over peer-reviewed research. But they rarely present a coherent critique that would explain why, on so many different issues, they feel its appropriate to rely on their own politically-based judgements and reject those of mainstream science. And of course many of them are unwilling to admit that they are at war with science, preferring to set up their own alternative set of scientific institutions and experts, journals and so on.
So it’s good to see a clear statement of the Republican critique of science from John Tierney in this NY Times blog piece promoting global warming “skepticism”. The core quote is
climate is so complicated, and cuts across so many scientific disciplines, that it’s impossible to know which discrepancies or which variables are really important.
Considering how many false alarms have been raised previously by scientists (the “population crisis,� the “energy crisis,� the “cancer epidemic� from synthetic chemicals), I wouldn’t be surprised if the predictions of global warming turn out to be wrong or greatly exaggerated. Scientists are prone to herd thinking — informational cascades– and this danger is particularly acute when they have to rely on so many people outside their field to assess a topic as large as climate change.
Both this quote and the rest of Tierney’s article are notable for the way in which he treats science as inseparable from politics, and makes no distinction between scientific research and the kind of newspaper polemic he produces. Like most Republicans, Tierney takes a triumphalist view of the experience of the last thirty years or so, as showing that he and other Republicans have been proved right, and their opponents, including scientists, have been proved wrong. Hence, he argues, he is entitled to prefer his own political judgements to the judgements (inevitably equally political) of scientists.
Research on human stem cells has been at the centre of one the more ferocious science policy debates in the US, only partially cooled off by recent claims that the necessary cultures can be generated from samples taking from adults, rather than from human embryos destroyed in the process.

“Stem Cell Century: Law and Policy for a Breakthrough Technology”
by Russell Korobkin (with a joint chapter on patents by Stephen Munzer) is a useful guide to the way the debate evolved in the US. There doesn’t seem to have been anything like the same controversy in Oz, although there has been at least one notable example of what might be called common or garden scientific misconduct.
Perhaps because the US stem cell debate is a bit remote for me, I found more interest in the chapters showing how commercial interests in research collided with general scientific ideals of free communications and with donors’ anger when they found that their donated (or appropriated) body tissue had been used to make highly profitable products.Kieran Healy of CT

wrote the book on the latter topic
.
Much of the debate about the relationship between donors and researchers on these issues has been cast in the framework of “informed consent”, which I think is not very helpful here. Neither I think is a focus on property rights over body parts. The real issue is how to finance the provision of public goods like medical research, characterized by highly uncertain returns.
I’ve looked at how to pay for medical research before and generally reached the conclusion that patents are not the best way to go, a view that is strengthened by a reading of Stem Cell Century. Looking at the conflicts discussed here, it seems that they might be less severe if successful research were rewarded by prizes, including ex gratia payments to crucial participants such as tissue donors.
At Wikipedia, the fight against pseudoscience and Republican antiscience across a range of articles from global warming to passive smoking to Intelligent design to AIDS reappraisal, is continuous and bruising.[1]. Editors have learned to detect bogus sources of information almost immediately. One of my fellow-editors at passive smoking pointed me to an interesting letter to Science (paywalled, but I’ve quoted the important nit), shedding unintentional light on the way the disinformation machine operates. It’s from William G. Kelly of the Center for Regulatory Effectiveness the front organization founded by legendary Phillip Morris shill, Jim Tozzi (Kelly is employed by Tozzi’s lobbying outfit, Multinational Business Services
Responding to criticism of the infamous Data Quality Act (for more on this see the Crooked Timber seminar on Chris Mooney’s Republican War on Science) Kelly offers a classic non-denial denial, saying
Neither Phillip Morris (a multiproduct company) nor any other tobacco company (or nontobacco company for that matter) played a leadership role in the genesis of the DQA. While working with the Center for Regulatory Effectiveness in Washington, DC, I was personally involved with the development of the DQA, and no industry entity contributed to its formulation.
While we’re at it, can I point out that Henry II was nowhere near Canterbury Cathedral when Thomas Becket met with his unfortunate end. The whole point of having people like Tozzi and Kelly, and groups like CRE is that corporations don’t have to play a leadership role in promoting their own interests in Congress.
All discussion threads eventually wander way off-topic if they are left to run long enough, and that’s certainly happened with my last post on the peppered moth controversy. At Crooked Timber, the debate was mainly about the role of experts and drifted into debate and meta-debate about Iraq and WMDs. On this blog, it’s got even odder, into a discussion of the well-known rightwing talking point “environmentalism is a religion”. A couple of links back to the original post have been missed though.
First up, it’s important to note that the “environmentalism is a religion” gambit is straight out of the creationist playbook. Creationists have long argued that evolution is not a scientific theory but part of a religion of “secular humanism”.
Second, the peppered moth controversy has an exact parallel in the global warming debate, the dispute over the hockey stick graph showing global temperatures at their warmest level for the past thousand years. As with the peppered moth
a striking, though minor, scientific finding, was used to illustrate a well-established scientific theory, and becomes the target of those opposed to the theory, and to science in general, for political or religious reasons. Minor errors in and procedural criticisms of the work supporting the finding are conflated into accusations of fraudulent conspiracy that are then used to attack the theory as a whole. Distorted versions of the whole story circulate around the parallel universe of antiscientific thinktanks, blogs and commentators, rapidly being taken as established fact.
It’s a familiar story. A striking, though minor, scientific finding, is used to illustrate a well-established scientific theory, and becomes the target of those opposed to the theory, and to science in general, for political or religious reasons. Minor errors in and procedural criticisms of the work supporting the finding are conflated into accusations of fraudulent conspiracy that are then used to attack the theory as a whole. Distorted versions of the whole story circulate around the parallel universe of antiscientific thinktanks, blogs and commentators, rapidly being taken as established fact.
This time, the story looks set to have a happy ending. The case of industrial melanism in the peppered moth was long used as a textbook example of evolution (I remember it from high school). Before the Industrial Revolution, the peppered moth was mostly found in a light gray form with little black speckled spots. The light-bodied moths were able to blend in with the light-colored lichens and tree bark, and the less common black moth was more likely to be eaten by birds. As industrial pollution increased, blackening trees, black forms became more prevalent. With more recent declines in pollution, the process is set to be reversed.
But in the late 90s, it turned out that some of the experimental work used to establish the bird predation hypothesis had been unacceptably sloppy, at least by modern standards. Under ferocious attack from creationists, some textbooks stopped mentioning the peppered moth. Claims of fraud proliferated, and the creationists celebrated a famous victory.
Now for the happy ending (which I found via New Scientist (unfortunately paywalled).
The last BrisScience Lecture for 2007!
Come and hear Nobel Laureate winner Bill Phillips – featuring cutting edge physics AND liquid nitrogen!
TIME AND EINSTEIN IN THE 21ST CENTURY: THE COOLEST STUFF IN THE UNIVERSE
At the beginning of the 20th century Einstein published three revolutionary ideas that changed forever how we view Nature. At the beginning of the 21st century Einstein’s thinking is shaping one of the key scientific and technological wonders of contemporary life: atomic clocks, the best timekeepers ever made. Such super-accurate clocks are essential to industry, commerce, and science; they are the heart of the Global Positioning System (GPS), which guides cars, airplanes, and hikers to their destinations. Today, atomic clocks are still being improved, using Einstein’s ideas to cool the atoms to incredibly low temperatures. Atomic gases reach temperatures less than a billionth of a degree above Absolute Zero, without solidifying. Such atoms enable clocks accurate to better than a second in 60 million years as well as both using and testing some of Einstein’s strangest predictions. This will be a lively, multimedia presentation, including experimental demonstrations and down-to-earth explanations about some of today’s most exciting science.
Professor Bill Phillips won the Nobel Prize in Physics in 1997 for developments of methods to cool and trap atoms with laser light. He currently works at NIST – the National Institute of Standards and Technology in Maryland, USA.
Date: 26 November 2007
Time: 6:30pm to 7:30pm (Doors open at 6pm)
Venue: Ithaca Auditorium, Brisbane City Hall
THIS IS A FREE EVENT, NO BOOKINGS REQUIRED
Refreshments: There will be complimentary drinks and nibbles following the talk, and Bill will be available to answer any questions.
Got Questions? Contact Joel (0411 267 044 or joel@BrisScience.org) or Nelle (nelle@BrisScience.org).
Please forward on this announcement to friends and colleagues. For further information or to subscribe to the mailing list, have a look at http://www.BrisScience.org or contact Joel Gilmore (0411 267 044, joel@BrisScience.org or Nelle Ross nelle@brisScience.org). Looking forward to seeing you on the night!
What happens when an Evolutionary Psychology study comes up with a finding that’s the exact opposite of what the researchers obviously expected? Daniel Davies at CT reports.
Where’s Popper (or Lakatos) when you need them?
The BrisScience lecture series is on again (Monday 15th at City Hall, 6:30 pm), and both the topic and speaker are closer to home than usual. The topic is Water in South East Queensland. The speaker, Professor Paul Greenfield, is about to become Vice-Chancellor of the University of Queensland.
More details here and over the fold
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