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No-Nonsense Guides
The No-nonsense Guide to Science
In this No-Nonsense Guide Jerome Ravetz introduces a new way of thinking about science, moving away from simplistic ideas of perfect certainty and objectivity. The book gives a fresh look at science's history, with a guide to the key theories, and concludes with a questionnaire that enables anyone engaged in science to locate themselves in the bigger picture.
- GenresScienceNonfiction
144142 pages, Paperback
First published May 1, 2005
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Displaying 1 - 5 of 5 reviews
August 27, 2019
About the politics of big science
This book is mostly about the politics of science and is not a "guide" in the sense that reading it will increase your knowledge about science. Nor is it much about how science works. Aside from the title being a bit misleading, this is okay. Science has become increasingly politicized mainly, as Ravetz points out, because "little science" is dead, and only big science (or "post-normal" or "mega" science, to use his terminology), really exists to any significant degree. And big science requires big investments which means only governments and large corporations have the power to fuel scientific discoveries. Consequently a book on the politics of science is welcome.
I don't know if this is the right book. Certainly it is not objective in the sense that Ravetz speaks for big science or for the corporate structure or for the "military-industrial complex." He doesn't. He speaks against the growing power of Big Oil, Big Pharma, Big Agriculture, RAND, Raytheon, etc., and the US military in particular. In fact, Ravetz is not especially enamored of science it would appear. He spends some time pointing to the historical mistakes and misconceptions of the science, how Galileo got it wrong, complete with a reproduction of a Galileo misdrawing of some of the features on the moon. He also takes Newton to task for missing out on the duel particle/wave nature of light, and even Darwin is faulted because he was worried about how to reconcile the time required by evolution with Kelvin's erroneous conclusion about the age of the earth. Ravetz's point is that at any given time science is likely to be wrong about something.
My counterpoint would be everybody in science knows this: scientific conclusions are always subject to being refuted. That is the beauty of science. Science makes no claim to absolute knowledge the way some other systems such as religion do. Instead it merely stakes claim to the most likely knowledge, given what we now know.
Ravetz's tone suggests to me not so much "post-normal" as postmodern. He is less impressed with scientific objectivity than he is with demonstrating that scientific truths are social constructions in the postmodern sense. I think the thing to say about this is to note that what science does--and this is all humans can do--is to more and more extend our reach into the very large, the very small, the very close, the very distant, and further into the past and perhaps make better predictions about the future. Any belief that we can have absolute knowledge or construct correct "theories of everything" is delusive. That is the truth that postmoderns ought to grab onto, not that science is a social construction.
Of course science is a social construction to some degree. But so is all of human culture. More to the point, being a social construction is NOT what is significant about science. In fact, science is the one tool we have that to any appreciable degree goes beyond our social and human limitations.
What I found interesting and valid in this book is some of the terminology that points to a new way to evaluate science and to understand where we stand vis-a-vis humanity's most powerful tool. Ravetz asserts that post-normal science today can be expressed conveniently by the acronym "GRAINN," which stands for Genomics, Robotics, Artificial Intelligence, Neuroscience, and Nanotechnology. These are the fields that will change our world in ways that are unimaginable. Because the power of GRAINN is so immense and so fraught with danger, Ravetz also posits for our consideration the acronym, SHEE, which stands for "the sciences of safety, health and environment, plus ethics." What Ravetz wants is more political control over what science is doing and where it's headed. It is perhaps ironic that this puts him in bed with the evangelicals in the US who would also like to control science.
Nonetheless it is clear that Ravetz is addressing a critical question of our times, namely how to receive the benefits of scientific discovery and the subsequent technological advances while at the same time mitigate against the dangers. The development of nuclear power, as Ravetz rightly points out, is the pivotal point in the scientific dilemma. The genie is out of the bottle and we haven't yet been able to control that genie let alone put it back in the bottle. How much more worrisome are the potential products of e.g., nanotechnology? Thermonuclear weapons may usher in a new stone age, but GRAINN science may bring about the end of humanity as we know it. A question that Ravetz does not ask is, would this be a bad thing?
GRAINN implies a post-human world. It's scary, but we are only part of a process, and I'm not so sure that trying to control science is the right approach. After all we are imperfect creatures whose views about right and wrong are conditioned and limited by our biology. Perhaps the products of GRAINN itself, post-humans, will be the ones who should and will make the decisions about where science should tread and where it should not.
For the moment though it is hard to disagree with this statement from page 14: "Giant corporations and giant state bureaucracies have their own agendas; and what is right for Monsanto or the Pentagon is not necessarily right for the rest of us."
The danger that might come from attempts to control science is to give power to those in society who believe that knowledge from "authority," especially religious authority, is superior to scientific knowledge. If that happens a return to something like the dark ages may be the result.
--Dennis Littrell, author of “The World Is Not as We Think It Is”
This book is mostly about the politics of science and is not a "guide" in the sense that reading it will increase your knowledge about science. Nor is it much about how science works. Aside from the title being a bit misleading, this is okay. Science has become increasingly politicized mainly, as Ravetz points out, because "little science" is dead, and only big science (or "post-normal" or "mega" science, to use his terminology), really exists to any significant degree. And big science requires big investments which means only governments and large corporations have the power to fuel scientific discoveries. Consequently a book on the politics of science is welcome.
I don't know if this is the right book. Certainly it is not objective in the sense that Ravetz speaks for big science or for the corporate structure or for the "military-industrial complex." He doesn't. He speaks against the growing power of Big Oil, Big Pharma, Big Agriculture, RAND, Raytheon, etc., and the US military in particular. In fact, Ravetz is not especially enamored of science it would appear. He spends some time pointing to the historical mistakes and misconceptions of the science, how Galileo got it wrong, complete with a reproduction of a Galileo misdrawing of some of the features on the moon. He also takes Newton to task for missing out on the duel particle/wave nature of light, and even Darwin is faulted because he was worried about how to reconcile the time required by evolution with Kelvin's erroneous conclusion about the age of the earth. Ravetz's point is that at any given time science is likely to be wrong about something.
My counterpoint would be everybody in science knows this: scientific conclusions are always subject to being refuted. That is the beauty of science. Science makes no claim to absolute knowledge the way some other systems such as religion do. Instead it merely stakes claim to the most likely knowledge, given what we now know.
Ravetz's tone suggests to me not so much "post-normal" as postmodern. He is less impressed with scientific objectivity than he is with demonstrating that scientific truths are social constructions in the postmodern sense. I think the thing to say about this is to note that what science does--and this is all humans can do--is to more and more extend our reach into the very large, the very small, the very close, the very distant, and further into the past and perhaps make better predictions about the future. Any belief that we can have absolute knowledge or construct correct "theories of everything" is delusive. That is the truth that postmoderns ought to grab onto, not that science is a social construction.
Of course science is a social construction to some degree. But so is all of human culture. More to the point, being a social construction is NOT what is significant about science. In fact, science is the one tool we have that to any appreciable degree goes beyond our social and human limitations.
What I found interesting and valid in this book is some of the terminology that points to a new way to evaluate science and to understand where we stand vis-a-vis humanity's most powerful tool. Ravetz asserts that post-normal science today can be expressed conveniently by the acronym "GRAINN," which stands for Genomics, Robotics, Artificial Intelligence, Neuroscience, and Nanotechnology. These are the fields that will change our world in ways that are unimaginable. Because the power of GRAINN is so immense and so fraught with danger, Ravetz also posits for our consideration the acronym, SHEE, which stands for "the sciences of safety, health and environment, plus ethics." What Ravetz wants is more political control over what science is doing and where it's headed. It is perhaps ironic that this puts him in bed with the evangelicals in the US who would also like to control science.
Nonetheless it is clear that Ravetz is addressing a critical question of our times, namely how to receive the benefits of scientific discovery and the subsequent technological advances while at the same time mitigate against the dangers. The development of nuclear power, as Ravetz rightly points out, is the pivotal point in the scientific dilemma. The genie is out of the bottle and we haven't yet been able to control that genie let alone put it back in the bottle. How much more worrisome are the potential products of e.g., nanotechnology? Thermonuclear weapons may usher in a new stone age, but GRAINN science may bring about the end of humanity as we know it. A question that Ravetz does not ask is, would this be a bad thing?
GRAINN implies a post-human world. It's scary, but we are only part of a process, and I'm not so sure that trying to control science is the right approach. After all we are imperfect creatures whose views about right and wrong are conditioned and limited by our biology. Perhaps the products of GRAINN itself, post-humans, will be the ones who should and will make the decisions about where science should tread and where it should not.
For the moment though it is hard to disagree with this statement from page 14: "Giant corporations and giant state bureaucracies have their own agendas; and what is right for Monsanto or the Pentagon is not necessarily right for the rest of us."
The danger that might come from attempts to control science is to give power to those in society who believe that knowledge from "authority," especially religious authority, is superior to scientific knowledge. If that happens a return to something like the dark ages may be the result.
--Dennis Littrell, author of “The World Is Not as We Think It Is”
November 13, 2012
This is one of my textbooks for a university course. It is a joke. I'm telling you right now that even if this book is required for a class, don't buy it. It will ACTUALLY make you more stupid. The information in this book is either wrong, irrelevant, exemplified in offensive terms, or in some cases, all of the above.
I have no idea how this was even published, but do yourself a favor, and save the $16. Unless, of course, you need fire starter.
I have no idea how this was even published, but do yourself a favor, and save the $16. Unless, of course, you need fire starter.
July 11, 2022
Wanting to dive back into science, I am grateful this book was sitting on my shelf. Rather than a guide to scientific method; this book explained the assumptions and tenets of science, its teaching and practice; change in its prominence and relevance; and, concludes with recommended political and personal questions for any student of science. I especially appreciated the distinctions between applied science, professional consultancy and post-normal science; and little, big and mega science. Very powerful for any reader of science or citizen seeking to understand science based arguments in society. I feel both encouraged to revisit 'science' as a citizen knowing what I contribute as part of an 'extended peer community' may be of benefit, and at the same time hold the whole endeavour of science differently.
August 11, 2010
One of the straightforward British series providing overviews of various topics, this short volume by Jerry Ravetz advances his view that we are in a post-normal period in terms of science: problems are complex, values are contested, risks are high, and decisions are urgent. As in his other work, Ravetz situates science as a socioeconomic enterprise subject to political pressures and irrationality, not as a "pure", "truth-seeking" enterprise.
September 6, 2011
Useful to anyone interested in thinking about the relationship between science and society.
Displaying 1 - 5 of 5 reviews