Author Archives: Mike Thicke

Mike Thicke

About Mike Thicke

Mike is a Ph. D. candidate at the University of Toronto's IHPST. His research concentrates on social epistemology, the use of economics in philosophy of science, and philosophy of economics.

Inferring the Supernatural: Forrest v. Beckwith

Mike Thicke

Barbara Forrest’s “The non-epistemology of intelligent design: its implications for public policy”1 is at the center of what has been dubbed “The Synthese Affair“. The bulk of her paper is a sustained and often dismissive account of Francis Beckwith’s arguments in support of Intelligent Design. Although I think Forrest’s attacks constitute a relatively minor transgression of academic norms, I find myself perplexed by some (though by no means all, or even many) of her substantive arguments. I will be teaching a unit on Intelligent Design for an undergraduate course this year, so the purpose of this post is to sort out my ideas on some issues. I would greatly appreciate feedback.

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  1. Forrest, B. 2011. “The non-epistemology of intelligent design: its implications for public policy.” Synthese.
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Should values influence a scientist’s reporting of empirical results?

Mike Thicke

In Heather Douglas’s Science, Policy, and the Value-Free Ideal (you can find a video of Douglas speaking about her book here), she claims that there is no practical way to draw a distinction between scientists-as-scientists and scientists-as-advisors. That is, you cannot cleanly separate the descriptive, empirical claims of scientists from their prescriptive advice. Mainstream philosophy of science, she claims, has gone astray since the 1940s in supporting a view of science as value-free, and scientists as detached and objective. Douglas not only argues that we need to acknowledge the unavoidable value-ladenness of science, but that values are not necessarily a negative influence on science. Rather, scientists have an ethical obligation to make value judgments in their work.

Here is one of her examples:

Suppose a scientist is examining epidemiological records in conjunction with air quality standards and the scientist notices that a particular pollutant is always conjoined with a spike in respiratory deaths. Suppose that this pollutant is cheap to control or eliminate (a new and simple technology has just been developed). Should the scientist make the empirical claim (or, if on a science advisory panel reviewing this evidence, support the claim) that this pollutant is a public health threat? Certainly, there is uncertainty in the empirical evidence here. Epidemiological records are always fraught with problems of reliability, and indeed, we have only a correlation between the pollutant and the health effect. The scientist, in being honest, should undoubtedly acknowledge these uncertainties. To pretend certainty on such evidence would be dishonest and deceptive. But the scientist can also choose whether or not the emphasize the importance of the uncertainties (81).

Douglas presents this as a slam-dunk case, and has constructed the situation, by assuming a cheap and easy fix, to be unproblematic. However, I find the implications of this argument deeply troubling.

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Are Academic Boycotts Ever Justified?

Since the early 2000s, academics, particularly in the United Kingdom, have advocated and attempted to implement a boycott of Israeli academic institutions and/or academics themselves. This boycott has been compared, by both its advocates and detractors, with a similar boycott targeted at South Africa in the early 1990s.

Twice this year debates have erupted on PHILOS-L, the European philosophy listserve, related to the academic boycott. The first, in early January, was prompted by a call for applications to a new Israeli educational institution. The second, in early March, was prompted by a link to Judith Butler’s recent talk as part of “Israeli Apartheid Week” in Toronto. A common point in both of these threads was the special nature of academia in relation to boycotts. There is, the argument goes, something intrinsic to the nature of academic freedom that makes academic boycotts, separate from economic boycotts or sanctions, particularly problematic.

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Science in Democracy, by Mark B. Brown

Mark B. Brown’s Science in Democracy is a must-read for anyone concerned with the interaction between science and politics. It is a tour of political theory — from Machiavelli, to Rousseau, to Dewey, to Latour — as well as an argument for rejecting the traditional “liberal rationalist” view of science and politics, and a guide to facilitating a better relationship between them.

Although I have always been very aware of the connection between science studies and political theory, I have had no more than a vague conception of the theoretical and historical roots of that connection. Brown’s first task, in part one of the book, is to explain liberal rationalism and how it became the dominant view of science and politics. Roughly, liberal rationalism is the idea that there is, and should be, a strong separation between scientists, politicians, and the public. Scientists are expected to be disinterested, objective, and politically neutral. Politicians are supposed to act in the interests of their constituents. The public is supposed to articulate those interests, but not to participate in the operation of either politicians or scientists, lacking the expertise necessary for participating in either sphere. In fact, the very ability to participate in either sphere may, in this view, disqualify one from being considered a proper member of the public at all. Many efforts at public engagement deliberately exclude anyone with knowledge or “preexisting views” relevant to the issues at hand (231-232). Machiavelli plays a dual role for Brown in this respect, both as an early advocate for the kind of public participation in politics that Brown advocates and as the historical originator of a “rhetoric of expertise” that created a strong division between the scientist and the public. Jean-Jacques Rousseau plays a much less ambiguous role, as an avatar of the most extreme vision of liberal rationalism. Rousseau advocated excluding not only the general populace from social or scientific deliberation, but also advocated excluding all but the most exceptionally talented — the Bacons, Newtons, and Descartes — from science or government.

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Bertram M. Gross and the Council of Social Advisers

Mike Thicke

Over the past year I have been conducting research, along with Mark Solovey, on something called the “Council of Social Advisers”. Some people have probably heard of the Council of Economic Advisers: a group of three economists appointed by the president of the United States to advise him on economic matters and produce an annual economic report. The Council of Economic Advisers has existed since 1946 and has traditionally been the primary interface between academic economists and the United States federal government. However, most have probably not heard of the Council of Social Advisers. This is because it does not exist. But the story of why it does not exist, and why it might have existed, provides a fascinating look at not just the interaction between social scientists and government, and also competing conceptions of what the responsibilities and limits of government ought to be.

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How should climate scientists (or other academics) engage the public?

Mike Thicke

A couple weeks ago we linked to a letter in Science calling for climate scientists to engage the public and media more vigorously, in order to “counter misinformation and deception.” As Greg Lusk mentioned in his post, this is similar to Evelyn Fox Keller’s call for increased engagement by historians and philosophers of science. However, Keller wasn’t just calling for more engagement, but better engagement. She argued that science is perceived as an elitist enterprise—a perception encouraged by scientists themselves—but in reality the scientific arguments are possible to frame in understandable and accessible terms.

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PSA Report: The Philosophy of Commercialized Science

Mike Thicke

This past weekend, November 4-7, Montreal was host to the annual meetings of the History of Science Society (HSS) and the Philosophy of Science Association (PSA). Many of us at The Bubble Chamber attended and presented our own work. Over the next couple of weeks we plan to offer reports and reflections on some of the sessions we attended. Starting things off, here is a report from a session on a topic that should be of particular interest to Bubble Chamber readers: “The Philosophy of Commercialized Science”. I’m not going to offer any commentary right now, but I think there’s still a lot of interesting information here!

Sergio Sismondo – Corporate Interests and Medical Science

Sergio Sismondo started off the session by telling us about the practice of ghost writing pharmaceutical studies. Most of us have probably heard that pharmaceutical companies often perform their own internal studies and pass off those studies to academics for “editing”, leading to the appearance that the study was independently conducted. Most of us have probably also heard that there is a huge bias in the published literature towards research findings favorable to pharmaceutical companies, and that that bias disappears when not counting studies sponsored by those companies. However, the details Sismondo presented were fascinating.

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Is society losing its capacity for rational debate? Did it ever exist?

Mike Thicke

In a recent debatable Curtis asked if history and philosophy of science can be applied in socially relevant ways. The consensus answer seems to be “yes”. For instance, Rebekah Higgitt wrote,

In my view history and philosophy of science are always socially relevant for demonstrating the processes by which science is created, where science ‘sits’ within society, and how and why it – or aspects of it – have achieved their current levels of authority.

Since at least the days of the Vienna Circle, historians and philosophers in the western tradition have held to the tacit assumption that clear and careful analysis of science will contribute to a more rational society. This belief in a close link between politics and the study of science has been echoed by such figures as John Dewey, Karl Popper, and Philip Kitcher. Earlier, and more pessimistically, Thomas Hobbes believed that society would collapse if there was not an absolute monarch to make final pronouncements on scientific (and other) matters.1

Recent events might suggest that Hobbes was on to something, as it seems that society is losing its capacity for rational debate. Browsing blogs on opposite2 sides of the ideological spectrum reveals incommensurable world views on a scale never envisaged by Thomas Kuhn. Who would have thought we’d ever have competing encyclopedias? John Stewart’s “Rally to Restory Sanity” was an attempt to address this problem:

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  1. See Steven Shapin and Simon Schaffer’s Leviathan and the Air Pump or chapter 5 of Science in Democracy by Mark B. Brown for a discussion of Hobbes’ views on the relationship between science and politics.
  2. See “Climatism: That Climate Change Chameleon” for a revealing look.
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Path Dependence: Genome Canada’s Commercialization of Research

Mike Thicke

SPIEGEL: So the Human Genome Project has had very little medical benefits so far?

Venter: Close to zero to put it precisely.1

Biologists such as Richard Lewontin and Evelyn Fox Keller have long been challenging the view of the genome as a simple recipe that contains everything we need to know about organisms. The genome, our cells, our bodies, and the environments they inhabit are far more complex than most scientists suppose, they argue. Until recently, however, they have been marginalized voices. When the human genome was first sequenced 10 years ago, most assumed that dramatic advances in medicine, and biotechnology in general, were just around the corner. But as time went on, it has become increasingly clear that Lewontin and Keller are right.

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Is Sam Harris on to something? Can science answer moral questions?

Near the end of his wildly popular 1975 tome, Sociobiology: The New Synthesis, E.O. Wilson declared that it was time for biologists to, at least temporarily, take over the study of ethics from the likes of Locke, Rousseau, Kant, and Rawls.1 In Philip Kitcher’s classic reply, he identified four ways biology could possibly inform ethics. The first is that science could just explain how people come to accept ethical principles and make ethical judgements. The fourth is that science can be a source of ethical principles: science can tell us how we ought to behave.2

Wilson, at least in Sociobiology, could be read as merely arguing for the first way, which isn’t very controversial. However, Kitcher, considering Wilson’s further work, argued that Wilson actually endorsed all four ways. This interpretation makes sense given that Wilson wanted biology to take over ethics, not just contribute to its study. As far as I am aware, most philosophers agree with Kitcher, following David Hume, that the fourth way is simply not possible. Nothing we could ever conceivably learn from biology could inform us about which fundamental ethical principles we ought to adopt.

Now, 35 years after Wilson, we have Sam Harris:

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  1. E.O. Wilson. Sociobiology: The New Synthesis (1975) pp. 562-4.
  2. Philip Kitcher. “Four Ways of Biologicizing Ethics” in Conceptual Issues in Evolutionary Biology, Elliot Sober, ed. (1993).

    Kitcher’s four ways:

    1. Sociobiology has the task of explaining how people have come to acquire ethical concepts, to make ethical judgements about themselves and others, and to formulate systems of ethical principles.

    2. Sociobiology can teach us facts about human beings that, in conjunction with moral principles that we already accept, can be used to derive normative principles that we have not yet appreciated.

    3. Sociobiology can explain what ethics is all about and can settle traditional questions about the objectivity of ethics. In short, sociobiology is the key to metaethics.

    4. Sociobiology can lead us to revise our system of ethical principles, not simply by leading us to accept new derivative statements—as in number 2 above—but by teaching us new fundamental normative principles. In short, sociobiology is not just a source of facts but a source of norms.

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