New Books in Science

Valerie Olson talks about why the idea of outer space as a “frontier” is giving way to one that frames it as a cosmic ecosystem. Olson is an associate professor of anthropology at University of California, Irvine. She is the author of Into the Extreme: U.S. Environmental Systems and Politics Beyond Earth (University of Minnesota Press, 2019).

What if outer space is not outside the human environment but, rather, defines it? This is the unusual starting point of Valerie Olson’s Into the Extreme, revealing how outer space contributes to making what counts as the scope and scale of today’s natural and social environments. With unprecedented access to spaceflight worksites ranging from astronaut training programs to life science labs and architecture studios, Olson examines how U.S. experts work within the solar system as the container of life and as a vast site for new forms of technical and political environmental control.

Michael F. Robinson is professor of history at Hillyer College, University of Hartford. He's the author of The Coldest Crucible: Arctic Exploration and American Culture (University of Chicago Press, 2006) and The Lost White Tribe: Scientists, Explorers, and the Theory that Changed a Continent (Oxford University Press, 2016). He's also the host of the podcast Time to Eat the Dogs, a weekly podcast about science, history, and exploration.

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The institutional history of mathematics in the United States comprises several entangled traditions—military, civil, academic, industrial—each of which merits its own treatment. David Lindsay Roberts, adjunct professor of mathematics at Prince George's Community College, takes a very different approach. His unique book, Republic of Numbers: Unexpected Stories of Mathematical Americans through History(Johns Hopkins University Press, 2019), anchors 20 biographical chapters to a decadal series of events, whose mathematical significance could not often have been anticipated. These short biographies range from the inauguration of military and civil engineering (Sylvanus Thayer) and the textbook industry (Catharine Beecher and Joseph Ray) to the influence of geopolitics during and after the Cold War (Joaquin Basilio Diaz, John F. Nash Jr.), and over the course of the book the subjects witness the professionalization of the research community (Charles H. Davis), radical expansions of educational access (Kelly Miller, Edgar L. Edwards Jr.), and contentious, transgenerational debates over curriculum design (Izaak Wirzsup, Frank B. Allen), among many other themes. Through their professional and institutional connections, the subjects of the chapters form a connected component, providing intriguing narrative hooks across time, geography, and status while evidencing the tightly bound community of American mathematics scholarship. The book can be read as professional history or as a collection of biographical essays, and i expect it to become a charming entry point for mathematical, historical, or not-yet-hooked readers into the forces that have shaped the discipline.

Suggested companion work: David E. Zitarelli, A History of Mathematics in the United States and Canada: Volume 1: 1492–1900.

Cory Brunson (he/him) is a Postdoctoral Fellow at the Center for Quantitative Medicine at UConn Health.

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Theodore Dalrymple is a retired physician in Great Britain, who has written an account of his year’s-worth of reading the New England Journal of Medicine. In his new book False Positive: A Year of Error, Omission, and Political Correctness in the New England Journal of Medicine (Encounter Books, 2019), he recounts each week’s new edition of the Journal with an eye toward analytical errors and a culture of political correctness in regard to the handling of medical and public health issues. Dalrymple notes how the medical community must put a significant degree of faith in the reliability of such publications, especially due to the scarcity of time that most practicing physicians have to dedicate to scrutinizing articles. But he warns that some publications often contain basic mistakes, such as the failure to understand that correlation is not causation. He is also concerned with the prevalence of political correctness concerning health issues and how they can affect the public’s understanding of these issues.

Ian J. Drake is an Associate Professor of Political Science and Law at Montclair State University. His scholarly interests include American legal and constitutional history and political theory.

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Behind every landmark drug is a story. It could be a researcher’s genius insight, a catalyzing moment in geopolitical history, a new breakthrough technology, or an unexpected but welcome side effect discovered during clinical trials. In his new book, Ten Drugs: How Plants, Powders, and Pills Have Shaped the History of Medicine (Harry N. Abrams, 2019), Thomas Hager traces the “mini-biographies” of ten drugs and drug treatments that have shaped the course of human history, showing how serendipity and sheer luck have transformed drug development. In our conversation, Hager discusses the astounding number of prescriptions Americans take, why the profit motive is dangerous for drug development, and the unexpected historical twists that have changed medicine, often for the better.

Emily Dufton is the author of Grass Roots: The Rise and Fall and Rise of Marijuana in America (Basic Books, 2017). A drug historian and writer, she edits Points, the blog of the Alcohol and Drugs History Society.

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“There are only two ways to live your life,” said Albert Einstein, “One is as though nothing is a miracle; the other is as though everything is a miracle.”

Oren Harman clearly agrees with Einstein’s sentiments. In Evolutions: Fifteen Myths That Explain Our World (Farrar, Straus and Giroux, 2018), Harman takes scientific facts, as we know them today, and weaves them into narratives that have the tone, grace and drama of myth. Harman recognizes that despite the astounding achievements of science we are as humbled as the ancients by the existential mysteries of life. Has science revealed the secrets of fate or immortality? Has it provided protection from jealousy insight into love?

Evolutions brings to life the latest scientific thinking on the birth of the universe, and the journey from a single cell all the way to our human minds. Here are the earth and the moon presenting a cosmological view of motherhood, a panicking mitochondrion introducing sex and death to the world, and the loneliness of consciousness emerging from the memory of an octopus. Reawakening our sense of wonder and terror at the world around us and within us, Oren Harman uses modern science to create new and original mythologies.

Renee Garfinkel is a Jerusalem-based psychologist, writer, and television & radio commentator. Write her at [email protected] or tweet @embracingwisdom.

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Why do zebras have stripes? One way to answer that question is ask what function stripes play in the lives of zebras – for example, to deter disease-carrying flies from biting them. This notion of a function plays a central role in biology: biologists frequently refer to the functions of many traits of evolved organisms. But not everything a trait causes is its function – the stripes might disorient some harmless birds, but that isn’t their function. So what determines the function of a trait? And what sort of explanations are offered when biologists claim that a trait has a particular function? In What Biological Functions Are and Why They Matter (Cambridge University Press, 2019), Justin Garson defends his generalized selected effects theory of what functions are and what they do. Garson, who is an associate professor of philosophy at Hunter College/CUNY, argues that functions can result from differential retention as well as differential replication in a population, and that to refer to a trait’s function is to provide a condensed causal explanation. This accessible introduction to debates regarding functions in the philosophy of biology also considers how the generalized selected effects theory contributes to contemporary debates in philosophy of psychiatry and philosophy of mind.

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Today's guest is David Sinclair, professor of genetics at Harvard Medical School and co-director of the Paul Glenn Center Biological Mechanisms of Aging. He is widely considered on the world's foremost experts on longevity research. A co-founder of the journal Aging and several biotech companies, he also hold 35 patents. Dr. Sinclair is a recipient of more than 25 awards and honors, including being knighted in the Order of Australia. His work is featured in five books, two documentary movies, “60 Minutes,” Morgan Freeman’s “Through the Wormhole,” and other media. His newest book, LifeSpan. Why We Age and Why We Don't Have To, was released in September 2019 by Simon and Schuster.

Colin Miller and Dr. Keith Mankin host the popular medical podcast, PeerSpectrum. Colin works in the medical device space and Keith is a retired pediatric orthopedic surgeon.

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It is common to see science and religion portrayed as mutually exclusive and warring ways of viewing the world, but is that how actual scientists see it? For that matter, which cultural factors shape the attitudes of scientists toward religion? Could scientists help show us a way to build collaboration between scientific and religious communities, if such collaborations are even possible?

The book we’re looking at today, Secularity and Science: What Scientists Around the World Really Think About Religion (Oxford University Press, 2019), aims to answer these questions and more. Scholars Elaine Howard Ecklund, David Johnson, Brandon Vaidyanathan, Kirstin Matthews, Steven Lewis, Robert Thomson Jr, and Di Di collaborated to complete the most comprehensive international study of scientists' attitudes toward religion ever undertaken, surveying more than 20,000 scientists and conducting in-depth interviews with over 600 of them. From this wealth of data, the authors extract the real story of the relationship between science and religion in the lives of scientists around the world. The book makes four key claims: there are more religious scientists then we might think; religion and science overlap in scientific work; scientists––even atheist scientists––see spirituality in science; and finally, the idea that religion and science must conflict is primarily an invention of the West. Throughout, the book couples nationally representative survey data with captivating stories of individual scientists, whose experiences highlight these important themes in the data. Secularity and Science leaves inaccurate assumptions about science and religion behind, offering a new, more nuanced understanding of how science and religion interact and how they can be integrated for the common good.

Elaine Howard Ecklund is the Herbert S. Autrey Chair in Social Sciences and Professor of Sociology at Rice University, as well as founding director of the Religion and Public Life Program there. David Johnson is an assistant professor of higher education leadership at the University of Nevada Reno in the College of Education.

Carrie Lynn Evans is a PhD student at Université Laval in Quebec City.

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Emily Lakdawalla talks about the design and construction of Curiosity, formally known as the Mars Science Laboratory, one of the most sophisticated machines ever built. Curiosity landed on Mars in 2012 where it has been conducting research within the ancient Gale Crater.

This book describes the most complex machine ever sent to another planet: Curiosity. It is a one-ton robot with two brains, seventeen cameras, six wheels, nuclear power, and a laser beam on its head. No one human understands how all of its systems and instruments work. This essential reference to the Curiosity mission explains the engineering behind every system on the rover, from its rocket-powered jetpack to its radioisotope thermoelectric generator to its fiendishly complex sample handling system. Its lavishly illustrated text explains how all the instruments work -- its cameras, spectrometers, sample-cooking oven, and weather station -- and describes the instruments' abilities and limitations. It tells you how the systems have functioned on Mars, and how scientists and engineers have worked around problems developed on a faraway planet: holey wheels and broken focus lasers. And it explains the grueling mission operations schedule that keeps the rover working day in and day out.

Lakdawalla is a senior editor at the Planetary Society where she writes and blogs about planetary exploration. She is a frequent guest on Planetary Radio. She is also the author of The Design and Engineering of Curiosity: How the Mars Rover Performs Its Job (Springer, 2018).

Michael F. Robinson is professor of history at Hillyer College, University of Hartford. He's the author of The Coldest Crucible: Arctic Exploration and American Culture (University of Chicago Press, 2006) and The Lost White Tribe: Scientists, Explorers, and the Theory that Changed a Continent (Oxford University Press, 2016). He's also the host of the podcast Time to Eat the Dogs, a weekly podcast about science, history, and exploration.

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In the 1980s, fires burned an average of two million acres per year. Today the average is eight million acres and growing. Scientists believe that we could see years with twenty million acres burned, an area larger than country of Ireland. Today I talked to Michael Kodas about the phenomenon of megafires, forest fires that burn over 100,000 acres, and why the number of these fires is increasing every year.

Kodas is the deputy director of the Center for Environmental Journalism at the University of Colorado-Boulder. He is also an award winning photojournalist and reporter. His book Megafire: The Race to Extinguish a Deadly Epidemic of Flame (Houghton Mifflin Harcourt, 2017) recently won the Colorado Book Award.

Michael F. Robinson is professor of history at Hillyer College, University of Hartford. He's the author of The Coldest Crucible: Arctic Exploration and American Culture (University of Chicago Press, 2006) and The Lost White Tribe: Scientists, Explorers, and the Theory that Changed a Continent (Oxford University Press, 2016). He's also the host of the podcast Time to Eat the Dogs, a weekly podcast about science, history, and exploration.

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