Science and Philosophy, a Beautiful Friendship: A Response to Michael Shermer

From the archives, two years ago…

Amy M Cools's avatarOrdinary Philosophy

There’s been some very public dig-taking between the science and philosophy camps lately. Lawrence KraussNeil DeGrasse TysonStephen Hawking, and other scientists are saying philosophy’s become irrelevant, little more than an esoteric old boy’s club. On the other hand, philosophers, theologians, politicians, and others criticize ‘scientism‘, the conviction that science, and only science, can and should be the ultimate source for all human knowledge; that all truth claims, that all ethical, metaphysical, and political beliefs, should not only be informed by or founded on, but entirely determined by, empirical evidence.

Michael Shermer’s article ‘A Moral Starting Point: How Science Can Inform Ethics‘ (Scientific American, February 2015) doesn’t dismiss philosophy so directly. He includes philosophy in a list of three other arenas of human thought, with religion and political theory, as those to which most people turn for answers in matters of right and…

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O.P. Recommends: Delaware Artist Inspired by Philosophy and Music to Make Beautiful Artwork, by Brian Drouin

Moment in a Forest of Words, image credit Michael Krausz, used by permission

Moment in a Forest of Words, image credit Michael Krausz, used by permission

I just came across this great story about Michael Krausz, a professor of philosophy and an

‘..artist [who] weaves music, art, and philosophy together as one.

Swiss born Michael Krausz was destined for a life of music, the son of professional musicians, he later discovered philosophy and in a moment that changed his life he discovered his love of painting…’

Read Krausz’s story and watch the video by Brian Drouin. I think you’ll love what you see and hear.

You can learn more about Krautz at his Bryn Mawr faculty page as well.

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Ordinary Philosophy and its Traveling Philosophy / History of Ideas series is a labor of love and ad-free, supported by patrons and readers like you. Please offer your support today!

Happy Birthday, W.V.O. Quine!

WVO Quine on the Bluenose II in Halifax, Nova Scotia, photo courtesy of Douglas Quine (cropped)

WVO Quine on the Bluenose II in Halifax, Nova Scotia, photo courtesy of Douglas Quine

The emphases in my own education in philosophy were Ethics, Politics, and Law, so I didn’t spend as much time studying Willard Van Orman Quine’s great contributions to philosophy as I would like. However, if my focus was Mathematical Logic, Epistemology, Philosophy of Language, or Philosophy of Science, I would have spent a lot of time with the prodigious output of his remarkable intelligence. But one of his important observations is brought up in introductory philosophy classes generally, an epistemological (having to do with knowledge) quandary: Given that science continuously makes new discoveries, sometimes in the process overturning and replacing earlier theories, how can we ever say that we actually know anything about the world? Science relies on the fact that all theories are subject to revision, expansion, and being proved wrong. Does this mean, then, there’s no such thing as knowledge, since, in theory, anything we claim to know may be disproved by later discoveries?

For Quine, there is no dividing line between science and philosophy; they are interconnected ways of discovering and understanding the world. As the Stanford Encyclopedia of Philosophy puts it, Quine ‘denies that there is a distinctively philosophical standpoint, which might, for example, allow philosophical reflection to prescribe standards to science as a whole. He holds that all of our attempts at knowledge are subject to those standards of evidence and justification which are most explicitly displayed, and most successfully implemented, in the natural sciences. This applies to philosophy as well as to other branches of knowledge.’ The Internet Encyclopedia of Philosophy says further, ‘…Quine often appeals to [Otto] Neurath’s metaphor of science as a boat, where changes need to be made piece by piece while we stay afloat, and not when docked at port. He further emphasizes that both the philosopher and scientist are in the same boat (1960, 3; 1981, 72, 178). The Quinean philosopher then begins from within the ongoing system of knowledge provided by science, and proceeds to use science in order to understand science. …his use of the term “science” applies quite broadly referring not simply to the ‘hard’ or natural sciences, but also including psychology, economics, sociology, and even history (Quine 1995, 19; also see Quine 1997). But a more substantive reason centers on his view that all knowledge strives to provide a true understanding of the world and is then responsive to observation as the ultimate test of its claims…’

Oh, and he played the mandolin and piano, and learned a lot of languages just so he could deliver his lectures in the native language of the audience. Whatta guy!

For more about the great W.V.O. Quine, please visit the excellent sources below; a good place to start is the New York Times article.

Ordinary Philosophy and its Traveling Philosophy / History of Ideas series is a labor of love and ad-free, supported by patrons and readers like you. Please offer your support today!

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Sources and inspiration:

Hylton, Peter, ‘Willard van Orman Quine‘, The Stanford Encyclopedia of Philosophy

Sinclair, Robert. ‘Willard Van Orman Quine: Philosophy of Science‘, in The Internet Encyclopedia of Philosophy

Willard Van Orman Quine. In The Basics of Philosophy: A huge subject broken down into manageable chunks

Willard Van Orman Quine. In Wikipedia, The Free Encyclopedia.

Willard Van Orman Quine, 1908-2000: Philosopher and Mathematician. Website

W. V. Quine, Philosopher Who Analyzed Language and Reality, Dies at 92.’ New York Times, Dec 29, 2000

O.P. Recommends: Wired Interviews Sean Carroll on Poetic Naturalism & His New Book The Big Picture

In this interview, Eric Niiler discusses ‘poetic naturalism’, atheism, theism, the universe, our inner lives, and how we can find meaning regardless of the existence of a deity with Sean Carroll, theoretical physicist, Caltech professor, and author, for his new book The Big Picture: On the Origins of Life, Meaning and the Universe Itself.

I’ve enjoyed Carroll’s work before, mostly through podcast interviews, and I’m really looking forward to reading his book on this topic he’s though so much about over the years. The Big Picture is coming out today, May 10th, 2016.

Ordinary Philosophy and its Traveling Philosophy / History of Ideas series is a labor of love and is ad-free, entirely supported by patrons and readers like you. Please offer your support today!

Anecdote and Evidence

I was engaged in conversation the other day with someone I like very much and whose opinions I respect, yet with whom I often disagree. This is a very good thing: these are the sort of discussions that keep us honest. They force us to confront arguments and evidence we hadn’t considered before. They challenge us to recognize our unjustified assumptions, things we’ve long taken for granted and never thought to question. And over time, they instill in us the habit of forming good quality arguments that withstand such challenges, and discard those that don’t. These are valuable lessons which we don’t learn so readily in discussion with like-minded people, in preaching to the choir, so to speak.

That evening, we were mostly discussing politics, history, and social issues. Over the course of the evening, I found my interlocutor often supported his arguments primarily with anecdotes, as we all often do. Anecdotes are invaluable discussion tools: they illustrate what we mean by taking the argument out of the realm of the abstract into concrete reality, or in other words, they bring the argument to life. But over the course of the evening, I found that for nearly every anecdote he presented, I thought of one in support of a counterargument. Now it just so happened that some of the topics under discussion were sensitive issues, and since we were in mixed company and everyone was on holiday, I was loathe to bring up anything that would cause strong discomfort or hurt feelings, so I held back.

But I wish I had asked him to clarify this crucial detail: did he mean to use these anecdotes as illustrations, or as evidence?

If he was using these anecdotes to illustrate the larger points he was making, well and good. If he was using these anecdotes as evidence of how stated facts or general rules were manifested or broke down in particular circumstances, well and good. And if he was using these anecdotes as evidence of how particular circumstances can give rise to unique results, again, well and good.

Yet, the fact that I could easily think of a contradictory anecdote for every one he presented weakened his arguments in my mind as he was making them, in those cases where he was arguing in favor of truth claims about the world as a whole. That’s because he hadn’t made is clear how he was using these anecdotes to support his claims.

We should keep this in mind every time we make an argument: an anecdote, considered on its own, should not be considered evidence when it comes to general rules, facts, or theories.

Generally, we should be hesitant to rely too much on anecdotes when we want to persuade others of the truth of what we’re saying.Why? Well, the world is a complicated place, with innumerable factors to consider when making a judgment on any given situation. So while any one anecdote can show how a particular array of circumstances can lead to a specific outcome, it doesn’t reveal enough about what can happen given another particular set of circumstances, or what usually happens in the world as a whole.

There was a warehouse cat I knew named Stinky, years ago when I worked in a salvage yard and retail warehouse. She was a charmingly decrepit cat, runty and ancient. She purred like an old lawnmower, she had rheumy eyes, and she ate a special diet of soft food because she had no teeth. She had terrible arthritis or some other undiagnosed bone or joint condition, which gave her an oddly rolling gait and caused her to nearly fall over every time she strained her head up around to the side to look at you. She also left a patch of brown dust everywhere she slept because she could not reach around to groom her body. For all of this, she seemed to have a happy life: she was very affectionate, showed few signs of pain or distress for all her maladies, and dearly loved and tenderly cared for by all of us who worked there. (My heart still aches with affection when I remember our dear departed little kitty!)

Now, suppose someone where to discuss cats with me, and based on my close acquaintance with Stinky, I were to argue that cats are slow, ungainly creatures with no teeth, that they are dirty animals that don’t groom themselves, they always weigh less than eight pounds, and if you were to hear a low rumbling sound, you can bet it’s a cat. My interlocutor would justifiably think I’m a little nutty. When it comes to talking about one cat, an anecdote is very revealing. When it comes to talking about the species cat, not so much. In other words: one cat is an anecdote, but lots of cats are evidence.

While all this might appear obvious, it’s natural for human beings to form beliefs and to argue on the basis of what we’re familiar with: we all have our own sets of experiences from which we draw our ideas about the world. Yet, as we grow in knowledge and understanding, it’s important to gather as much information as we can about the world that goes beyond our own experience, since we lead ourselves astray all the time by relying on anecdotes, or in other words, the limits of our own experience. The anecdote can point us in the direction of where to seek for truth, since it reveals facts about the world in that particular time and place, but on its own, can’t tell us much about larger truths or how the world works as a whole.

Statistics are evidence. Meta-studies are evidence. One study can be considered useful evidence if it’s sufficiently large and well-conducted, but given so many variables in the world and the statistical likelihood of getting skewed results in any one given study, it’s better to rely on meta-studies, or a hypothesis or theory supported by many studies and observations over time.

Returning to the anecdote with which I began this piece to illustrate my argument: given the evidence of the many discussions we’ve had over time, I have every reason to believe my interlocutor that evening is an intelligent person, well-informed in many ways. Given my confidence in his abilities, I also believe he’s fully aware of the difference between anecdote and evidence. Yet, since our evolved brains naturally think first in terms of our own experience so that we easily fall into the anecdote-belief trap, we need to keep in mind the difference between anecdote and evidence, use them appropriately, and make it clear to ourselves and our partners in discussion how we’re using each of them to support our arguments and why.

Book review: Plato at the Googleplex: Why Philosophy Won’t Go Away

As I sit here and sit here, racking my brain for a place to start this book review, I find I’m at a loss. I should have scribbled some notes as I was going along. But I didn’t, dammit. Perhaps it was because I was too enthralled all the while, each chapter taking me to new and surprising places. And since I’ve finished, it left me with so much to think about all at once, so therefore, I don’t know where to begin…

Well, here’s the gist of it: Plato at the Googleplex, by Rebecca Newberger Goldstein, is about Plato, his philosophy, his life and times, and his relevance to the world today. The chapters jump back and forth in time: each non-fiction chapter is about Plato’s (and his main influence Socrates’) life and thought, and is interspersed with a fictional one where Plato finds himself in some modern scenario. In each of the latter, he’s involved in dialogue and debate with various figures representative of our time, from an advice-session-turned-discussion with a media escort accompanying Plato in advance of his Authors at Google presentation and a tech geek on lunch break, to a panel discussion on how to raise a perfect child with a tiger-mom-slash-idealist and a Freudian, to an interview with a Bill O’Reilly-like pundit, to an MRI session in a neuroscientist’s research lab.

I’ve read some Plato over the years, a book here, and (mostly) a selection there, and he nearly always felt very removed. His language seemed remote and foreign, his thought experiments (the mythical Republic) seemed outlandish and overly idealistic, and the leading-question and answer style of his Socrates felt contrived, by modern standards of taste. Yet it took this scholar of Plato, who brought to bear her considerable skill as a novelist, to reveal Plato as the thinking, seeking, flesh-and-blood person who, more than just about anyone, got this whole philosophical project going in a big way.

Plato got it all going by showing us how to question everything, and why we should: it’s the only way to make progress. Not progress for its own sake: progress for our own sake, as it’s necessary to make every life better in a practical sense, and more worthwhile in a personal and social sense. Goldstein addresses time and again the objection that philosophy makes no progress, since it’s still asking the same questions. While the ‘same questions’ part might be true, the ‘no progress’ part is not. Some of the questions remain the same because they’re the questions each individual person must answer in regards to their own lives and experiences, no two of which are just alike. Therefore, the answers will be different for each person. Others of these ‘same questions’ are of such magnitude that we must keep asking them in order to slowly fill in the wealth of detail each answer requires if we are ever to get to a satisfactory one. Some remain important but unanswered, not necessarily because they are unanswerable (though many may well be), but because we don’t have the tools or information we need available yet. And so on and so forth.

Yet the most important reason we keep asking so many of these same questions is that the search for answers keeps generating yet more important questions, and yet more answers. And we, intelligent, restless, creative, curious creatures that we are, love love LOVE trying to find things out. I think more than we love knowing, though we love to know some things. And it’s the practice of never taking things for granted, never resting on our epistemological laurels too long, always asking, that Plato teaches us is the best way to learn about the marvelous world around us, and the universe out there, and that within our own minds.

In short: I highly recommend this glorious book. We would all do better to know more about Plato and why he’s so important, and it’s hard to imagine anyone doing a better job of describing why and how this is than Goldstein. But more than that, this book is a celebration of philosophy, the love of wisdom itself. It’s taken its place way up there among my very favorites!
(It’s = Philosophy and this book.)

Plato at the Googleplex: Why Philosophy Won’t Go Away. Pantheon, New York 2014.
http://www.rebeccagoldstein.com/publications/plato-googleplex-why-philosophy-won%E2%80%99t-go-away

Science and Philosophy, a Beautiful Friendship: A Response to Michael Shermer

There’s been some very public dig-taking between the science and philosophy camps lately. Lawrence KraussNeil DeGrasse TysonStephen Hawking, and other scientists are saying philosophy’s become irrelevant, little more than an esoteric old boy’s club. On the other hand, philosophers, theologians, politicians, and others criticize ‘scientism‘, the conviction that science, and only science, can and should be the ultimate source for all human knowledge; that all truth claims, that all ethical, metaphysical, and political beliefs, should not only be informed by or founded on, but entirely determined by, empirical evidence.

Michael Shermer’s article ‘A Moral Starting Point: How Science Can Inform Ethics‘ (Scientific American, February 2015) doesn’t dismiss philosophy so directly. He includes philosophy in a list of three other arenas of human thought, with religion and political theory, as those to which most people turn for answers in matters of right and wrong, good and evil. Science can, Shermer says, provide those answers, and goes on to explain why he believes ethics has no better source for them. The history of the human race is rife with slavery, torture, theft, and discrimination, yet all diminish human flourishing. Much of this harmful behavior consists of the group abusing certain of its members for the sake of others. But since it’s individual beings that ‘perceive, emote, respond, love, feel, and suffer’, Shermer says, it’s individual beings that are the ‘fundamental units’ of nature (evidenced by the fact they’re what natural selection targets). The primary purpose of ethics, then, is to promote the flourishing of individual beings, and to denounce all that doesn’t.

Yet as I read Shermer’s article several times, satisfied as I am that he places high value on the importance of empirical evidence, I find I have some objections. He doesn’t discuss how easy it is to jump to conclusions, inferring the ‘ought’ too quickly from the ‘is’. David Hume is the philosopher most famous for describing how tricky it really is to derive the ‘is’ directly from the ‘ought’, or in other words, the problems with assuming that just because something is a certain way, that means it should be that way. For example, how do we go about deciding that one fact, or one ‘is’, is more important than another fact when determining what ought’ to be done?

I also worry his argument helps perpetuate a certain myth, widely maintained by those who feel the need to erect walls around their respective fields of inquiry. In some cases, like Krauss’s, this whole debate appears to devolve into some sort of intellectual pissing contest. The myth is the claim that there’s a sharp dividing line between each field of inquiry, just as the committed political libertarian perceives the divide between the one and the many, the individual and the group. When Shermer includes philosophy in the list of alternate sources for ethics, and, implicitly, dismisses it as the best candidate, I think that he hints, wrongly, that philosophy is in competition with science generally.

A famous example of leaping too quickly from the ‘is’ to the ‘ought’, or in other words, deriving an ethical system too quickly from a scientific discovery, is eugenics. Many were so enthusiastic about the thrilling new scientific theory of natural selection, derived from observations in nature, that they thought it could be applied to all explanatory theories. Just as it is a fact that nature selects against certain individuals based on the ability to thrive in its environment, so it is that human beings should emulate nature and act as rational arbiters of fitness. In other words, we should select select against those individuals we think ‘degrade’ society by their existence and by their capacity to pass on their ‘undesirable’ qualities.
Scientists widely thought, from the late nineteenth century to the middle of the twentieth, that the human species could be more efficiently ‘perfected’ through the judicious selection of traits to pass on to future generations.

Here, philosophy and science (and yes, even religion) could have done a much better job at working together: arguably, these eugenic ethicists could have used a lot more Hume, philosopher, and a little less Cesare Lombroso, physician and criminologist who thought all bad human traits were physically inherited. It’s not that the physical sciences should not contribute to ethics, not in the least. It’s that more checks and balances between fields of inquiry could have kept so many over-eager scientists from over-applying their discoveries where there are good arguments to show they did not belong. If eugenicist scientists had paid more heed to Hume’s warning that we can’t so readily derive the ‘ought’ (what we should do) from the ‘is’ (the actual state of affairs in the world), perhaps they may have more carefully considered all of the evidence, including human moral instinct and logical arguments in favor of human equality, done a better job of including all available scientific data in their social theories, and restrained themselves from unleashing such a destructive ideology on the world.

 
But shouldn’t ethics be informed by facts about the world? If it isn’t, doesn’t that make ethics too arbitrary, or too abstract, to be applied to the lives of actual, living human beings, as members of a society as well as individuals? I agree with Shermer that it should. But I also think that facts about the world aren’t enough, on their own, to fully determine what we ought to do. In fact, these facts can’t be enough, all on their own. That’s because, for one thing, there are so many ‘is’s’ to consider, many of which indicate an opposite course of action would be best. To return to one of the many problems with eugenics: its promoters considered the ‘is’ of natural selection against ‘unfit’ members as the most important fact to consider in deciding which lives society ‘ought’ to consider worth living. After all, it’s selection against weak and ecologically ‘unfit’ individuals which made their surviving descendants ‘superior’. But there are other ‘is’s’: human beings are naturally disposed to empathize with those who are suffering to help them out, even if they are sickly, disabled, or otherwise more susceptible to an early death. This disposition, this instinct, is itself an evolved trait. It’s also a fact that the same cooperative set of instincts that compel us help the ‘unfit’ survive is the same that drives us, as a species, to help each other live happier, healthier, wealthier, and therefore ‘fitter’ lives in the long run, as individuals as well as members of society.
 
Shermer considers the well-being of individuals the primary goal of ethics, and for scientific reasons. He explains: ‘The singular and separate organism is to biology and society what the atom is to physics—a fundamental unit of nature. The first principle of the survival and flourishing of sentient beings is grounded in the biological fact that it is the discrete organism that is the main target of natural selection and social evolution, not the group. We are a social species, but we are first and foremost individuals within social groups and therefore ought not to be subservient to the collective.’ It’s clear that he, like all rational, well informed thinkers, doesn’t ascribe to the principles of eugenics, now considered not science, but pseudoscience. But it’s not so clear how he’s justified, based on scientifically confirmed facts alone, in saying that because natural selection works on the individual, it’s the individual whose interests should be protected first, and society second. After all, natural selection also works against individuals, culling some for the benefit of the group. So, one could just as well argue that the evidence shows it’s better for individuals, as well as for society, if those who are sickly or more likely to pass on disease and disability to others, should at least be allowed to die off as nature, without our intervention, would have it. Shermer needs more than just an array of facts to show why some, and not others, should inform ethics.
It’s true that, historically, far too much death and destruction have been wrought on individuals when they are perceived as ‘subservient’ to the group. In this, Shermer has much evidence on his side. But it’s also true that much harm results from placing too much emphasis on the rights of individuals over the wellbeing of society. Lax gun regulations make it easy on gun enthusiasts to enjoy their hobby while also making it easy for the murderously criminal and mentally ill to obtain guns too; lax labor laws make is easy for employers to exploit and abuse their workers to the point of disabling injury and death; lax financial regulation allow a few speculators plunge economies into ruin and populations into a state of want; ‘personal belief’ exemptions allow parents not to vaccinate their children, resulting in epidemics of disease and even death; the list goes on and on. Great harm, generally, comes from the attempt to separate individuals and society into two competing camps, or to, as Margaret Thatcher would have it, from acting on the belief that the group, or ‘society’, doesn’t really exist at all.

In our intensely social, emotive, thinking human species, the incredible degree of individualness that individuals can achieve is due at least as much to the contributions of the group, over time, as to the individual’s own efforts. Human beings make art, tell stories, travel, enjoy romance and friendship, build buildings and erect monuments, and create such rich and complex products of thought as history, myth, religion, politics, literature, science, and to my mind the greatest, philosophy (since it overarches and unifies all other systems of thought), precisely because of the level of sociability we have evolved. The rugged, self-reliant individual of American mythology, for example, is precisely that: a myth. No human being could get very far if they didn’t have a society, to help feed, clothe, and equip them with the tools and technology they need to perform their wonderful individual feats, and to restore them to health and pass on their story afterwards. Humans flourish when individuals efforts are promoted and when they’re not allowed to infringe too much on the interests of the group.

The human species, as a whole, flourishes so well because of this two-way dependence between the individual and the group: you can’t have one without the other. The incredible diversity of its individual members should be encouraged and protected because they make our species among the most adaptable, and therefore among the most resilient on earth. When we oppress individuals, when we seek to crush expression of personality, or system of belief, or ability to pursue personal goals and professions, we wrong both the individual and the human species, by undermining individual potential while making the species that much less diverse and therefore, less adaptable. When we undermine the flourishing of society by allowing individuals to pursue purely self-interested whims and goals to the detriment of all, we wrong the individual too. Short-sighted, self-centric market choices leading to mass pollution and climate change, widespread cell phone use while driving, ideologues who keep their children out of the public schools to indoctrinate them in one world view, and one only… when the individual is allowed, by the group, to pursue their own myopic interests to the detriment of all, individuals suffer too.

In all other areas of biological science, it’s essential to understand a species as a whole if you want to fully understand any individual. When you look at an individual being, you see a set of characteristics that could just as well be quirks as traits; when you look at the species as a whole, you recognize which of those characteristics all have in common, and which are necessary for all members of a given species to survive and flourish. Even when it comes to solitary animals, most cats, for example, we consider each one as members of the species cat as well as a particular furry, comfort-loving, furniture-ravaging, mouse-chasing, charmingly mischievous, producer-of-the-cutest-offspring-on-earth-namely-kittens animal. If we didn’t perceive them dualistically in this way, we wouldn’t understand much about any one cat, let alone all cats. If we were to encounter an individual animal with all those traits, and had never encountered or learned about others, we wouldn’t know what to feed them, how we might need to protect the furniture, or why we should keep a video camera handy when they’re around. If we need this dualistic perception of cat as one furry animal and one of many cats in order to understand it, how much more so for a highly social species, such as humans, whose interests and fates are so intertwined. I see no reason, scientific or otherwise, to look at the human species any differently in this regard.
 
This cat example might seem so illustrate such an obvious point as to be silly, but I think we need to remind ourselves of it every time an intellectual tries to divorce fields of inquiry from one another in the general human project of truth-seeking, or an ethicist, politician, or anyone else tries to completely separate the interests of the individual from that of the group. I think both are mistakes that Shermer comes too close to making in this article.
This whole discussion of how easy it is to draw wrong conclusions from scientific evidence can also serve to buttress Shermer’s initial point about ethics, even if it doesn’t support his overemphasis on the divide between the individual and the group. I agree that scientifically verifiable facts about human beings should inform our ethics; the best system of ethics, to my mind, is a naturalistic system. Here’s where we arrive at what Shermer mostly gets right. Looking outwards at the world provides the raw material for any system of thought, as his title ‘A Moral Starting Point’ more than suggests. After all, all knowledge begins with the information we receive through our senses, as Aristotle, Hume, and the other empiricist philosophers point out. There is no reason to think we could think at all if we have never heard, seen, felt, tasted, or smelled anything to think about. And it’s thinking that gets us to do more than just sensing the world as a microbe, a plant, or a clam does, reacting without reflection. Philosophy is the human species’ way of taking the art of thinking as far as it can go: we examine what the information we receive might mean in a larger context. We question, we look for answers restlessly not only because we want to solve problems: we love to do so. Philosophy, after all, literally means ‘love of knowledge/wisdom’, translated from the Greek. And as we ask and as we look, in the interplay between the input of our senses and the organization of information through thought, science affords reality the opportunity ‘to answer us back’, as Rebecca Newberger Goldstein so puts it so well (Plato, p. 34).Philosophy not only provides the impetus and the direction for the inquiry of science: once we find out the facts, it helps us figure out what to make of them. In every step of the way, the formulation of scientific theories relies heavily on philosophy, from the application of the rules of logic to the justification of why we should value or emphasize one set of facts over another. In fact, until very recently, science was a branch of philosophy (natural philosophy) until that general branch of inquiry about the natural world became so large it specialized and branched off, then branched off again into physics, biology, chemistry, and so forth. Those areas of philosophy that didn’t branch off into the sciences and into theology, came to be identified with the arcane varieties of metaphysics, epistemology, ethics, and so on, pursued largely behind the walls of academia today.

But philosophy is not limited to an arcane, highly abstract field of inquiry, as fascinating and valuable as that can be. It’s that approach to life as a perceiving, emoting, responding, loving, feeling, suffering, and thinking being, that every person partakes in, to one level or another. Philosophy, from its very beginnings, originates in the public square. It’s welcoming into ones’ self the whole world of things to sense and to imagine with a curious, critical, and interdisciplinary approach, and engaging in that way of thinking with others. I want to know why, and how, and who, and so on, and not only to know what is, but why I care about it and why others should too. Science is a big part of this. Yet philosophy is prior to, and necessary for, the former. In fact, it was my love of philosophy that led to my fascination with science, to question and replace some of the ideas I was taught in my youth (creationism, the doctrine of original sin, the sacralization of virginity, and so on) with a more naturalist system of inquiry. To separate philosophy from science is as unhelpful as divorcing the individual from the species: one does not function without the other.When it comes to understanding the universe, in fact, there is no such thing as ‘nonoverlapping magisteria’ of thought (as Steven Jay Gould put it when he tries, to my mind unsuccessfully, to justify the separation of theology and science). I think it’s a mistake to engage in the kind of intellectual turf war that science, philosophy, and other fields of inquiry are sometimes engaged in, not only because it sets up mental road blocks to incorporating the full range of evidence and ideas available, it sets a bad example for critical thinking. Shermer does well to remind philosophers, many of whom are sadly remiss in this, that they need science to keep them honest, so that subtle errors in logic, mistakes in self-justification, or over-weddedness to a particular tradition of thought can’t lead them too far astray.

But ‘philosophy-jeerers’, as Newberger Goldstein calls them, make a mistake when forgetting how much science owes philosophy, and how heavily they actually depend on it. For example, at the beginning of the article, Shermer refers to rights theory in philosophy as a popular source of ethics, as a contrast to a scientific view. Yet later on in the same piece, he refers to ‘natural rights’ as a scientific ethical principle. Yet rights theory has always been derived, even if indirectly at times, from the application of reason to observed facts about human beings: that they are rational and feeling creatures, that they are capable of autonomous will, that they seek to live ‘the good life’, and so on. To intimate that rights theory is, or has ever been, an alternative to an empirical view of ethics is either to ignore or to misunderstand what rights theory is and always has been.
Darwin's Ghost be Rebecca Stott, Photo Credit: Goodreads
Remember Aristotle, philosopher extraordinaire, one of the earliest and most famous founders of two (among many) of the most influential fields of philosophy: ethics and natural philosophy (better known today as science). As so delightfully described in Rebecca Stott’s Darwin’s Ghosts, Aristotle didn’t remain in his armchair (did they have armchairs in ancient Greece?), spinning abstract theories straight out of his head, arguing tedious points of logic with his fellow philosophers. He looked to the world to provide the raw material with which to craft his theories on the origins and nature of life, diving for specimens of sea flora and fauna, following animals around and recording their behavior. It was his philosophical mind that drove him to ask the questions and look for answers, and it was nature that provided the predicates, the subjects, of his reasoning.

In the words of Humphrey Bogart, we can see, from accounts of her birth, ‘the beginning of a beautiful friendship’ between Science and her parent, Philosophy. The most intimate kind of friendship, where the dialogue is open and honest and each supports the other, guiding one another away from the pitfalls and wrong turns the other doesn’t see.

So from the very beginning, philosophy has always been there to keep science honest, supplying the discipline of logic and helping it avoid methodological errors. It makes it clear to why there are relatively few direct or easy links from the ‘is’ to the ‘ought’ when formulating principles of ethics. It shows science that finding out how things work doesn’t readily indicate how we should apply that information in our daily lives, that even the best scientist is prone to bias, misunderstanding, and underestimation of that which we don’t yet know, and how science can be used to help and not harm.

There is no honest philosophy without science, and there is no science at all without philosophy.

*Listen to the podcast version here or on iTunes
* A version of this piece is published in Philosophy Now
*Also published in Darrow
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Sources and inspiration:

Anderson, Ross. ‘Has Physics Made Philosophy and Religion Obsolete?’ The Atlantic. Apr 23, 2012
http://www.theatlantic.com/technology/archive/2012/04/has-physics-made-philosophy-and-religion

Burnett, Thomas. ‘What is Scientism?’ American Association for the Advancement of Science website.
http://www.aaas.org/page/what-scientism

‘Cesare Lombroso.’ In Wikipedia, The Free Encyclopedia
http://en.wikipedia.org/wiki/Cesare_Lombroso

Fagan, Andrew. ‘Human Rights’. Internet Encyclopedia of Philosophy.
http://www.iep.utm.edu/hum-rts/#H2

Gould, Stephen Jay. “Nonoverlapping Magisteria,” Natural History 106 (March 1997): 16-22
http://www.colorado.edu/physics/phys3000/phys3000_fa11/StevenJGoulldNOMA.pdf

Hume, David. A Treatise of Human Nature, Book III: Of Morals. 1739.

http://www.earlymoderntexts.com/pdfs/hume1740book3.pdf
Nerdist Podcast: ‘Neil Degrasse Tyson Returns Again’. March 17th, 2014
http://www.nerdist.com/pepisode/nerdist-podcast-neil-degrasse-tyson-returns-again/

Newberger Goldstein, Rebecca: Plato at the Googleplex: Why Philosophy Won’t Go Away. 
New York, 2014 http://www.rebeccagoldstein.com/publications/plato-googleplex-why-philosophy-

 
Shermer, Michael: ‘A Moral Starting Point: How Science Can Inform Ethics.’ Scientific American, 
February 2015.  http://www.scientificamerican.com/Stott, Rebecca. Darwin’s Ghosts: The Secret History of Evolution. Random House, New York 2012.
https://books.google.com/books?id=5Lt_MXhNJEoC&pg=PP5&dq=darwin%27s+ghost

Thatcher, Margaret. Quote from interview with Women’s Own magazine, Oct 31st 1987.
http://briandeer.com/social/thatcher-society.htm

Warman, Matt. ‘Stephen Hawking Tells Google “Philosophy is Dead”‘. The Telegraph, May 17th, 2011
http://www.telegraph.co.uk/technology/google/8520033/Stephen-Hawking-tells-Google-philosophy

Free Will and the Self

Free will and the self. What are they? While they are the two most important phenomena to each and every one of us, they’re notoriously hard to describe. Of course, we ‘know’ what they are: respectively, they are the experience, the feeling, of being in control of our own actions, of our thoughts and behaviors, and of having an identity and a personality that exists over time. Without them, our lives seem pointless: if we have no free will, then we are mere automatons, and we can take no credit and no responsibility for anything we do. If we have no self, then there is no we, no ‘I’, at all.

Experiments and scholarship by neuroscientists, biologists, psychologists, and others have revealed some starling things about the workings of the brain and how human beings think, behave, and make decisions. The field of neuroscience has grown by leaps and bounds in the past few decades since the advent of technologies that allow us to observe the living brain at work, though we’ve been learning much about the brain over the last few centuries by observing the results of damage to its various parts. These results have, in turn, thrown traditional accounts of the self and free will into question.

Many have gone so far as to say that since we’ve discovered that our actions result from the cause-and-effect processes of a physical brain, then we have no free will: our actions and all our thoughts are determined by the cause-and-effect laws of nature. And since we’ve discovered that the sense of self arises from the confluence of the workings of the parts of the brain, and damage or changes to those parts can cause radical changes to our personalities and the ways we feel about the world and ourselves, that the self is an illusion too.

Yet, how can free will and the self not exist when we experience them throughout our lives? Since we can talk about them to one another, they must exist in some sense, at least. And it’s not that they exist in the way that fictional characters in a story exist, for example, or other artificial creations. We experience these phenomena intimately, from the time we attain consciousness early in life, until the time our brains are so aged or damaged that we are conscious no longer. The concepts of free will and the self are ubiquitous in our language, our culture, the very way we think. Read this paragraph again, review all the thoughts you’ve had in the last hour (and ever had, in fact) and you’ll find that the concepts of ‘I’, ‘you’, ‘we’ (distinct selves in the world), combined with the concept of some action or thought purposely performed by one’s self, are a constant theme. In fact, almost everything we talk and think about would be incoherent without these concepts, and all the purposes that drive us would disappear and render all we do meaningless.

So what gives? How do modern discoveries about the workings of the brain jibe with traditional concepts of free will and the self?

It appears the confusion results from the way we use the terms. There are actually two things we’re referring to. One is the actual experience of the phenomena we call ‘the self’ and ‘free will’. The other is how we account for them, how we define them and explain how they work.

Consider what we mean by other terms, such as ‘disease’. At one time or another, we had various explanations as to what these things are, and how they are caused. One popular explanation that convinced people for hundreds of years: disease is the result of the imbalance of the four humours of the body: blood, black and yellow bile, and phlegm. A physician’s job is to restore the balance and so bring about cure. Other explanations are vitalist (life and health are the result of the interaction between some sort of non-physical spiritual ‘force’ or ‘energy’ and a physical body), such as chiropractic and traditional Chinese medicine. Disease is cause by some sort of disruption in the body, and a physician’s job is to correct the alignment and communication channels of the parts of the body so that the vital force can flow freely and restore health. And the most pervasive and popular explanation of disease throughout human history, of course, is that it’s caused by the vengeance of an angry god or the maleficence of evil spirits (witch-burnings, anyone?).

Over time, human beings invented and developed the scientific method pioneered by Francis Bacon, and began to more carefully examine the correlations of disease symptoms with the circumstances in which they occurred (outbreaks of cholera mapped so that the epidemic was revealed to center on a polluted source of drinking water in 1830’s London; the correlation of damage to a particular parts of the brain to the symptoms of brain damaged patients; the dissection of corpses, comparing diseased organs to healthy ones). With the discoveries of the physical causes of disease, by pathogens and by damage to parts of the body, effective cures were finally able to be developed.

Given that the explanations for the origins of disease are based on the understanding that they’re natural, the result of physical processes, and traditional explanations, does that mean that disease can no longer be said to exist? Does that mean we have to come up with an entirely new terminology? I don’t think it does. The term ‘disease’ refers to instances of the body suffering in some way, not functioning as a healthy body does. What we do when we are confronted with the phenomenon of disease is the same as it ever was: we seek to avoid it, we detest being afflicted by it and seeing others afflicted by it, we seek to understand its causes, and we seek to cure it.

Similarly, the denial of the existence of free will and the self is based on the misguided assumption that understanding the inner workings of a thing, in a way incompatible with traditional explanations, is to deny that the phenomena exist at all. To understand that the mind is the product of a physical brain obeying the laws of nature rather than a sort of spirit or soul inhabiting a machine-body is not to say the mind doesn’t exist. The experience of free will and the self is the same either way, and whether what makes the ‘I’ an ‘I’ is better explained naturally or supernaturally makes no difference. We are still agents, it’s still what’s going on in our brains that cause everything we do, and we still make choices, and it’s still ‘we’ that make them.

In sum, discovering how the phenomena we experience that we’ve dubbed ‘free will’ and the ‘self’ really work doesn’t mean that they don’t exist; it just means we understand more about them now. And to me, as to other lovers of knowledge and understanding, that’s a good thing.

* Also published at Darrow, a forum on the cultural and political debates of today

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Sources and inspiration:

Dennett, Daniel. ‘On Free Will Worth Wanting’. Interview on Philosophy Bites by David Edmunds and Nigel Warburton. http://philosophybites.com/2012/08/daniel-dennett-on-free-will-worth-wanting.html

Klein, Jürgen, “Francis Bacon”, The Stanford Encyclopedia of Philosophy (Winter 2012 Edition), Edward N. Zalta (ed.) http://plato.stanford.edu/entries/francis-bacon/

‘John Snow’, from BBC History series. http://www.bbc.co.uk/history/historic_figures/snow_john.shtml

Kean, Sean. Interview on Inquiring Minds podcast by Indre Viskontes and Chris Mooney, published June 12, 2014 https://soundcloud.com/inquiringminds/38-sam-kean-these-brains-changed-neuroscience-forever

Metzinger, Thomas. The Ego Tunnel: The Science of Mind and the Myth of the Self. New York: Basic Books, 2009 http://www.goodreads.com/book/show/5895503-the-ego-tunnel

Sharif, Azim F. and Kathleen D. Vohs. ‘What Happens to a Society That Does Not Believe in Free Will?’ Scientific American, June 2014. http://www.scientificamerican.com/article/what-happens-to-a-society-that-does-not-believe-in-free-will/

 Wikipedia (various authors): ‘Daniel David Palmer’ (founder of chiropractic), ‘Humorism’, and ‘Traditional Chinese Medicine’
http://en.wikipedia.org/wiki/Daniel_David_Palmer
http://en.wikipedia.org/wiki/Humorism
http://en.wikipedia.org/wiki/Traditional_Chinese_medicine

Hostility to Genetically Modified Organisms is Lazy and Misguided, by Scott Merlino

Hello dear readers!

Over the last couple of weeks, I’ve been absorbed in getting ready for a gallery show of my quilts and other sewn objects http://amymcools.blogspot.com/p/amber-avalos-and-amy-cools-textile.html. Between that and holiday preparations, birthdays, and so forth, I’ve been neglecting my writing (and missing it too!)

So in the meantime, until I get more time to write again, I thought I’d share this deliciously provocative, well-written essay on genetically modified foods that I just came across. It’s by Scott Merlino, who taught the epistemology class I took a couple of years ago. Deeply informed in the biological sciences and in philosophy, Merlino presents our current state of knowledge on the subject within an orderly and logical argument in favor of GMOs and their life-enhancing and life-saving potential.

Here it is, mirrored (unmodified) from the philosophy blog Cave of Reason. I’m curious to know what you think:

Hostility to genetically modified organisms is lazy and misguided

by Scott Merlino

“Anything that is in the world when you’re born is normal and ordinary and is just a natural part of the way the world works. Anything that’s invented between when you’re fifteen and thirty-five is new and exciting and revolutionary and you can probably get a career in it. Anything invented after you’re thirty-five is against the natural order of things.” – Douglas Adams, The Salmon of Doubt (2002)

Every week thousands of people protest genetically modified (GM) organisms, and not a few vandalize research sites where GM crops and animals are developed or tested. Many European countries and regions of Asia, Africa, South America, and Australia ban some or all GM products. Greenpeace, for example, has a zero-tolerance stance towards GM. However, co-founder of Greenpeace Patrick Moore now advocates ardently for GM crops for humanitarian reasons: GM remedies for dietary deficiencies save lives.

GM refers to any organism whose genotype has been altered and includes alteration by genetic engineering (GE) and non-genetic engineering methods. GE refers to changes in the genetic constitution of cells resulting from the introduction or elimination of specific genes via molecular biology (i.e., recombinant DNA) techniques. All GE is GM, but some GM is produced by GE and some GM is not.

GM corrects micronutrient deficiencies endemic where rice is a staple food. Vitamin A provides humans with an essential nutrient for vision, growth and reproduction; its deficiency is a public health problem in more than half of all countries, especially in Africa and South-East Asia. The World Health Organization finds that over 250 million people suffer from vitamin A deficiency and over 1 million die each year from it. Diets low in vitamin A produce over 300,000 irreversible cases of blindness annually, mainly in children, half of whom die within a year. Most of these people live in poverty, their diet is mainly a daily ration of rice. Lack of vitamin A also compromises immune system integrity and thus increases the risk of severe illness and even death from such common childhood infections as diarrhea and measles.

Wild rice grains contain a negligible amount of beta-carotene, a key metabolic vitamin A precursor. In the 1990s, molecular biologists Ingo Potrykus and Peter Beyer designed the “Golden Rice” cultivar by inserting two additional genes into the rice’s DNA, thereby producing beta-carotene in the grain. The presence of beta-carotene, which makes kernels of corn bright yellow, also makes Golden Rice grains yellow. Beta-carotene derived from Golden Rice converts to vitamin A in humans.

If GM organisms such as Golden Rice can save human lives, then why are so many people upset? What exactly is it about GM rice or GM in general that people oppose? As many see it, GM is (a) unnatural, (b) untested, (c) unsafe, or (d) over-industrializes agriculture. This last concern is important, especially to proponents of sustainable agriculture, but it is not an objection to GM as such, it is an objection to when, how, and to what extent we should use GM cultivated crops. I won’t address this issue here, but see this 2001 Economic Impacts of Genetically Modified Cropsreport. Each of the remaining three objections warrants serious consideration, because they are popular and thus undermine much that such technology offers. What interests me is both how weak each objection is and how little available evidence counts for (and against) each.

Suppose that someone accepts GM for crops such as Golden Rice but not for others. It is difficult, then, to sustain an objection to either GM or GE in general. To be sure, GM is mostly used so far to design into massively cultivated crops traits such as selective herbicide or insect resistance. Objecting to this use of GM or GE amounts to objecting to the specific traits produced, not the method by which such traits were produced. But if one objects to specific GM traits, then GM is not the problem, and we change the subject from whether GM is acceptable to when it is unacceptable. This is another conversation worth having, but it is a different issue. Again, either one objects to GM, in general, or specific GM traits. One need not reject GM, as a process, out of concern for any potential unintended, bad consequences of specific traits that GM (either GE or non-GE) produces. We don’t reject a whole technology simply because we because fear some of it products.

(a) Is GM unnatural? Yes, and so what? As I see it, one cannot oppose GM organisms produced by non-genetic engineering, since this amounts to a rejection of traditional/conventional agriculture, which was invented by our ancestors at least 10,000 years ago who cultivated plants and domesticated animals to suit their needs and wants. Cows, sheep, goats, pigs, sheep, horses, corn, wheat, rice, soybeans, and potatoes have all been genetically modified via selective breeding. We don’t reject all or even most human agricultural manipulations of these species, so we don’t reject all GM organisms. Of course, all GM is unnatural, but then all artificial selection is unnatural. Civilization depends upon artificial selection. We are living in and dealing with the consequences of human interventions (or expressions) of the natural order already. We innovate, observe consequences, and alter our ways so as to avoid the most demonstrably negative outcomes – this is nothing new.

What about genes moving from one species to another? Non-deliberate gene flow is possible when GM crops are grown in areas where interspecies contact occurs with non-GM crops or weedy species. It already happens in nature in wild populations, and in cultivated crop plants resulting from conventional selective breeding. However, rice species, and species, in general, with their different genotypes, have significant reproductive isolation, which makes them unlikely to hybridize with each other.

To be fair, there is something more specific to which many GM opponents object, namely genetic engineering (GE), which is a kind of GM. So, to call these GM techniques unnatural distinguishes molecular techniques from conventional plant and animal hybrid production methods such as outcrossing, crossbreeding, and inbreeding. GE is essentially biotechnology applied to genes. But we already accept such technologies in medicine. Since the 1990s, gene therapy researchers have been using “genes as medicine” in treatments for cystic fibrosis, diabetes, cancer, and even enhancing musculoskeletal tissue regeneration or inhibiting disease progression in brain disorders, stroke, and traumatic brain injury. Creating novel gene combinations in organisms is not without possible perils but this is a reason for careful design, controlled observations and tests, and above all vigilance. So many unfortunate people stand to benefit from such genetic engineering that it is inhumane and anti-science to block such innovations from fear alone.

(b) Is GM untested? No, even a superficial literature search reveals that GM products and consequences have been and continue to be subject to peer-reviewed, controlled, tests designed to reveal likely hazards to human health and the environment. People voicing this objection need to overcome their intellectual torpor and do their homework on this. I recommend starting with the 2004 National Academy of Sciences “Safety of Genetically Engineered Foods: Approaches to Assessing Unintended Health Effects,” (2004). And the most recent 2013 systematic review of tests published in the Critical Review of Biotechnology concludes that “scientific research conducted so far detected no significant hazards directly connected with the use of genetically engineered crops.”

(c) Is GM unsafe? Possibly, but that a process or product is possibly unsafe is a good reason for us to proceed with caution, and never a rational reason to forego research, development and testing, especially when profound improvements in human health and welfare are demonstrable. It is quite difficult to prove that something is safe, especially when people disallow or destroy research facilities. But tests for actual unsafe consequences have been done (see above).

Further, when studies designed specifically to detect adverse effects find no statistically greater risks using GM, opponents overlook or deny these results. In the US, FDA approval requires that each new GM crop be tested. If a new protein (trait) has been added to the genome, the protein must be shown to be neither toxic nor allergenic. The European Union invests more than €300 million in research on the biosafety of GM organisms. After a decade of research its recent 2010 report (p.16) concluded “GMOs are not, per se, more risky than e.g. conventional plant breeding technologies.”

Yes, some investigators conclude that some GM organisms are unsafe. But few published studies survive expert scrutiny. One spectacular case worth reviewing fully is the 2011 Seralini studyalleging that herbicide-resistant corn caused cancer in rats. Its problematic experimental design and low statistical power provoked this 2012 European Food Safety Authority review.

By the way, one cannot assert consistently that GM is unsafe or dangerous and untested in the same breath, since the only way we may reliably show that any specific GM is a danger or unsafe is by testing under controlled conditions. If there is no such test, then there is no evidence that GM is either safe or unsafe. Speculation, anecdotes, and poorly designed studies that fail peer scrutiny will never satisfy burden of proof requirements even if they satisfy the lazy among us.

Scott Merlino
Senior Lecturer
Department of Philosophy
Sacramento State