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Doctor, doctor: why so few scientists in top government jobs?
Friday, 02 March 2012
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Given the importance of science and technology to modern life, particularly in developed nations, why don’t we see more scientists in leading governmental positions?

This dearth is particularly stark in the US. Among the 435 members of the US House of Representatives, only three have bonafide scientific credentials (one physicist, one chemist, one microbiologist), according to the New York Times. An additional 24 have medical training, but this is still a small fraction of the total. Instead, top legislative and executive positions are dominated by legal and business professionals.

In a study of the composition of the Australian Parliament during the years 1991-2007, scientists did not even merit a separate category: we can only surmise a few were included in the 2% of members that had positions in “education” and the 4% listed as “Medical/Technical".

In a similar analysis of the 41st Canadian Parliament, only ten of the 310 members were counted in a broad category that lumped natural scientists with occupations such as land surveyors, foresters and urban planners.

As in the US, the Canadian Parliament is dominated by the legal and business professions. The report Who Governs Britain? records the top five prior occupations in Westminster as: politics (24%), business (19%), finance (15%), law (14%), and public affairs (11%). Some 6% of people come under the banner of “lecturers”.

The situation is somewhat better in Western Europe, with the notable presence of German Chancellor Angel Merkel, who has a doctorate in physical chemistry. If we reach back two or three decades, Margaret Thatcher had a Bachelor of Science (Honours) degree in chemistry (with Nobel chemist Dorothy Hodgkin).

Europe’s current woes have led to some educational improvements. In Italy, Silvio Berlusconi has been replaced by Mario Monti, known as Il Professore – a former doctoral student of Nobel Economist James Tobin.

Monti’s counterpart in Greece, Lucas Papademos, has three MIT degrees (physics, a masters in electrical engineering in 1972, and a doctorate in economics in 1978). To be fair, the Papandreou dynasty (three generations of progressive Greek Prime ministers) also had some academic chops.

The best showing is in Asia. In China, eight out of nine top governmental officials have scientific backgrounds. In Singapore, Tony Tan, who has a PhD in mathematics and is viewed as a world-class researcher, was recently elected president, serving with Prime Minister Lee Hsien Loong, who also has a degree in mathematics.

But such instances are the exception rather than the rule: for the most part, the public does not look to scientists for top governmental offices. Possible reasons are not hard to find:

    * Scientists are often seen as opposing prevailing religious beliefs, as in the evolution-creationism conflict.
    * Scientists are often seen as raising inconvenient concerns, as in global warming and other environmental issues.
    * The public is not trained to distinguish good scientific arguments from bad, or well-established results from those that are still relatively tentative.
    * The public resents providing funding for an elite cadre of research scientists, particularly when they do not see any immediate benefit.
    * Conversely, the political world, with its glad-handing, compromises and fudges, is not attractive to most working scientists. Most of us were not born to run.

Brown University biologist Kenneth Miller recently summarised the situation in the US: “Significant numbers of Americans have come to regard the scientific enterprise as a special interest group that rejects mainstream American values and is not worthy of the public trust”. Or, to put this another way: anti-intellectualism and “know nothingism” are pervasive in the US.

The situation is analogous, although somewhat more muted, in the Great White North of Canada. One of the present authors of this article was a delegate at a NDP national leadership convention in 1989. Five of the seven candidates (all unsuccessful) had PhDs, and four had held NSERC (similar to ARC) research grants, yet not one advertised that they had a PhD.

The Canadian Press Handbook restricts the doctoral honorific to the medical profession, while Republican presidential candidate Newt Gingrich is among notable PhDs in US public life who never use the title.

Contrast this with Germany, where Gustav Heinemann, known affectionally as Herr Doktor Doktor President because of his two legal doctorates, served as president from 1967 to 1974.

In Eastern Europe, which once featured superior scientific education, integration with the West has led to a depressing race to the bottom, as students prefer law and business fields to mathematics or science. Most who do complete technical degrees either emigrate to the West or dream of IPOs rather than research breakthroughs.

Clearly the general level of scientific education is an essential part of this issue everywhere. In spite of concerted efforts to improve education in the US, Europe and Australia, test scores languish in neutral compared with those in Asia.

A forum earlier this month at the Australian National University, entitled Maths for the future: Keep Australia competitive, focused on the parlous level of mathematics education in the nation and how to improve it.

Politicians exploit this pervasive ignorance of maths and science with aplomb. In the US, several Republican presidential candidates have described global warming as a hoax conjured up by conspiratorial scientists.

Rick Santorum declared: “We have learned to be skeptical of ‘scientific’ claims, particularly those at war with our common sense;” and Rick Perry stated flatly: “It’s all one contrived phony mess that is falling apart under its own weight”.

In Australia, the Melbourne-based Institute for Public Affairs (IPA), which rejects evidence for anthropogenic climate change, opposes legislative action to control greenhouse gases. Typical of other similar groups, the IPA seems to think the Intergovernmental Panel on Climate Change is bent on fomenting a nonexistent global warming crisis as part of a conspiracy to install a left-wing totalitarian world order.

In a similar way, many US politicians have dismissed the near-universal scientific consensus on biological evolution. In 2001, Rick Santorum introduced an amendment to the No Child Left Behind bill (a measure to reform K-12 education in the U.S.) that would emphasise to students that evolution “generates so much continuing controversy” in the scientific world.

Last year, Texas Governor Rick Perry described evolution as “a theory that’s out there” that has “got some gaps in it" (thereby taking advantage of the public’s widespread misparsing of the word “theory” as “vague untested hypothesis”).

In contrast, Jon Huntsman, who started out his campaign for US President by acknowledging evolution and global warming, was unsuccessful in attracting a political following and withdrew shortly after the New Hampshire primary.

Of course, skepticism of evolution is hardly an exclusively American problem. In a 2009 survey, nearly 25% of Australians affirmed a literal biblical account of human origins over the scientific account. Answers in Genesis, a leading international creationist organisation, was founded by Australian-born Ken Ham.

So what can be done? Partly, as mentioned above, governments worldwide need to redouble their efforts to improve scientific education, not just to provide workers for a high-tech world, but also to facilitate more intelligent discourse of political matters that touch on science.

In the US, numerous educational reform measures have been undertaken, but results have been mixed, and the future looks bleak due to budget shortfalls. In California, university students are struggling to pay tuition increases of 18% this year, with additional increases slated for the next few years.

Along this line, in spite of efforts in the US to increase participation by women in scientific fields, numbers remain disappointing, mainly because few women become interested in these fields while in high school.

In Australia, the Gonski review has released its assessment of Australian mathematics and science education. According to 2011 Nobel Prize winning astronomer Brian Schmidt:

“The primary thing we require are competent teachers across the board. And so the inequality comes to those people who for whatever reason end up with a teacher teaching a science or math who are not qualified to teach in science and math, whether it be at secondary or primary level.

“ … [In New South Wales,] a fifth of [mathematics] students are not actually being taught by qualified people and that is presumably similar in other places.”

In both Australia and the US, the level of political discourse has descended to new lows. In Australia of late, we’ve seen what damage can be caused by so-called “personality politics”.

In the US, the Republican presidential campaign has upended pragmatism and experience, and the flood of money unleashed in the wake of the recent Supreme Court decision on political contributions (“Super PACS”) is certain to lower the campaign IQ even further in the months ahead.

There’s no doubt we scientists need to do more. As mathematician John Allen Paulos of Temple University in Pennsylvania explained earlier this month:

“The other side of the ‘two cultures’ chasm should bear some of the onus for this lack of communication between politicians and scientists.

“Too few scientists are willing to engage in public debates, to explain the relevance of their fields clearly and without jargon, and, in the process, to risk some jeering from a few colleagues.”

A version of this article first appeared on Math Drudge.

Editor's Note: This article was originally published by The Conversation, here, and is licenced as Public Domain under Creative Commons. See Creative Commons - Attribution Licence.
 
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