Here are 100 books that Shocking Frogs fans have personally recommended if you like
Shocking Frogs.
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I have wondered about what goes on in the brains of animals and people since I was a youth. My research career began by studying how some genes affect behavior. Little surprise, it turns out, that many such “behavioral” genes influence the way the brain is built. So, I began to study brain development using embryos from a variety of experimental laboratory animals and developed a university course on this topic. When I retired, I decided to share what I learned. The other books on this list are great examples of readable books that would likely be exciting to anyone else interested in the story of how the human brain is built.
Not only does this book provide an up-to-date account of where science is at in terms of our basic understanding of how the brain works, but it also succeeds in putting this knowledge into a compelling history of basic discoveries. I really enjoyed this aspect of Cobb's book and tried to incorporate it into my book.
So, I found it to be an excellent introduction to neuroscience and a great book about the process of how science progresses in jumps. It engenders real excitement in this still very lively field of study and celebrates the key advances in our conceptual understanding of the brain.
This is the story of our quest to understand the most mysterious object in the universe: the human brain.
Today we tend to picture it as a computer. Earlier scientists thought about it in their own technological terms: as a telephone switchboard, or a clock, or all manner of fantastic mechanical or hydraulic devices. Could the right metaphor unlock the its deepest secrets once and for all?
Galloping through centuries of wild speculation and ingenious, sometimes macabre anatomical investigations, scientist and historian Matthew Cobb reveals how…
I’m a science and technology journalist who has reported on neurotech and bioelectricity for over 15 years, for publications includingNew Scientist, IEEE Spectrum and Quartz. After a formative experience in a DARPA brain-stimulation experiment, I began to dig into the history and science of bioelectricity, trying to understand both the science at the level of membrane biophysics, and the history and psychology of how biology lost custody of electricity. My resulting book is an effort to create a repository of the real, rigorous studies that have advanced our understanding of this fascinating science at an accelerating rate in the past 20 to 40 years - and what the new science means about the future.
Gruesome experiments extended Luigi Galvani’s early work with frog cadavers into human ones.
Victorian-era scientists shocked the bodies of executed prisoners, or sold improbably electrical cures, all in the hopes of finding the answers to questions about the boundary between life and death.
Iwan Rhys Morus chooses four case studies that explain how science got to grips with electricity and its effects on the human body, and what the intersection implied about both.
The book provides lasting insights into why electric medicine is still widely associated with pseudoscience today.
For the Victorians, electricity was the science of spectacle and of wonder. It provided them with new ways of probing the nature of reality and understanding themselves. Luigi Galvani's discovery of 'animal electricity' at the end of the eighteenth century opened up a whole new world of possibilities, in which electricity could cure sickness, restore sexual potency and even raise the dead. In Shocking Bodies, Iwan Rhys Morus explores how the Victorians thought about electricity, and how they tried to use its intimate and corporeal force to answer fundamental questions about life and death. Some even believed that electricity was…
I’m a science and technology journalist who has reported on neurotech and bioelectricity for over 15 years, for publications includingNew Scientist, IEEE Spectrum and Quartz. After a formative experience in a DARPA brain-stimulation experiment, I began to dig into the history and science of bioelectricity, trying to understand both the science at the level of membrane biophysics, and the history and psychology of how biology lost custody of electricity. My resulting book is an effort to create a repository of the real, rigorous studies that have advanced our understanding of this fascinating science at an accelerating rate in the past 20 to 40 years - and what the new science means about the future.
This book tells the story of how bioelectricity was finally accepted in modern neuroscience, how it interacts with biochemical elements of the nervous signal, and how its manipulation led to great medica and scientific advances in the late 20th century.
The author knew several of the leading figures who made these discoveries and provides personal anecdotes about them, as well as illuminating episodes from the history of neuroscience.
What happens during a heart attack? Can someone really die of fright? What is death, anyway? How does electroshock treatment affect the brain? What is consciousness? The answers to these questions lie in the electrical signals constantly traveling through our bodies, driving our thoughts, our movements, and even the beating of our hearts.
The history of how scientists discovered the role of electricity in the human body is a colorful one, filled with extraordinary personalities, fierce debates, and brilliant experiments. Moreover, present-day research on electricity and ion channels has created one of the most exciting fields in science, shedding light…
I’m a science and technology journalist who has reported on neurotech and bioelectricity for over 15 years, for publications includingNew Scientist, IEEE Spectrum and Quartz. After a formative experience in a DARPA brain-stimulation experiment, I began to dig into the history and science of bioelectricity, trying to understand both the science at the level of membrane biophysics, and the history and psychology of how biology lost custody of electricity. My resulting book is an effort to create a repository of the real, rigorous studies that have advanced our understanding of this fascinating science at an accelerating rate in the past 20 to 40 years - and what the new science means about the future.
They say the law is perpetually at least five years behind new developments in technology.
Nowhere is it more important to reverse this phenomenon than in neurotechnology. We may not understand the brain, but that hasn’t stopped neurotech startups and big tech companies from trying to eavesdrop on and interpret its bioelectric signals.
Farahany, a bioethics professor at Duke University, says that this market is expected to reach $21 billion by 2026 largely because it will be a boon for surveillance capitalism. The devices don’t even have to actually tell you what a person is thinking or feeling for the information to be used that way by companies and governments.
People become credulous when AI tells them something, whether it’s a policing or recidivism algorithms. Wearable says you are about to commit a crime or have an affair?
Farahany makes an impassioned argument to build the legal framework that will…
A new dawn of brain tracking and hacking is coming. Will you be prepared for what comes next?
Imagine a world where your brain can be interrogated to learn your political beliefs, your thoughts can be used as evidence of a crime, and your own feelings can be held against you. A world where people who suffer from epilepsy receive alerts moments before a seizure, and the average person can peer into their own mind to eliminate painful memories or cure addictions.
Neuroscience has already made all of this possible today, and neurotechnology will soon become the “universal controller” for…
I have always been interested in the overview, the joined-up, the patterns, trends, and directions rather than the details of things. As a biologist, this led me to study animal behaviour rather than molecules. Great things come from the cross-overs between disciplines. Bridges are there to be made between islands of knowledge. Both my books (Wild Health and Another Self) are books that bridge a huge divide between knowledge acquired from reductionist research and that gained by experience. We humans use both.
I loved Sally Adee’s journalistic approach to a scientific topic that has been ignored by biologists for too long. She has a relaxed voice that allows her to personalize the question of why physicists, medics, and biologists are not communicating sufficiently about our electrical properties.
It's a wonderful joining up of scientific reluctance with the bloody obvious.
Biology is the study of life, and I cannot think of anything more important. It’s like being interested in what’s happening to the ball when you are playing the ball game. I was very fortunate to have grown up in close contact with nature and it led me down this path. I love discovering intricate mechanisms not by thoughts but with data. Those discoveries almost always turn out to be surprising and more than what had, or could be, imagined and assumed.
I received this book from my father as a Christmas present at age 16, in 1956. The author is a Professor of Zoology who made one of the most stunning discoveries of biology of the last century: honeybees communicate direction and distance of a food source they had found to their hive-mates, within the darkness of their hive.
The code involves the movements of their bodies in a "dance," that gives directions with respect to the position of the sun, but at the same time that position shifts with time, the bees without seeing it take into account its movement in the sky, to within about 15 minutes. His experimental proofs deciphering the bees' "dances" are simple and direct, as was his writing of them. The book was and still is an inspiration, a revelation of nature's beauty that no one had seen before.
Over half a century of brilliant scientific detective work, the Nobel Prize-winning biologist Karl von Frisch learned how the world, looks, smells, and tastes to a bee. More significantly, he discovered their dance language and their ability to use the sun as a compass. Intended to serve as an accessible introduction to one of the most fascinating areas of biology, Bees (first published in 1950 and revised in 1971), reported the startling results of his ingenious and revolutionary experiments with honeybees.
In his revisions, von Frisch updated his discussion about the phylogenetic origin of the language of bees and also…
I’m an Emeritus Fellow of Clare College, Cambridge, and I’ve written several popular books as well as featuring in TV/radio programmes such as In Our Time and Start the Week (BBC). I love the challenge of explaining to general audiences why the history of science is such an exciting and important subject – far more difficult than writing an academic paper. I believe that studying the past is crucial for understanding how we’ve reached the present – and the whole point of doing that is to improve the future. My underlying preoccupations involve exploring how and why western science has developed over the last few centuries to become the dominant (and male-dominated) culture throughout the world.
Electricity was by far the most popular science of the Enlightenment – ‘an Entertainment for Angels’, as one fictional young woman enthused. Marcello Pera’s slim book is delightfully written, but also philosophically profound. It surveys with great humour the diverse array of electrical devices, tricks and performances that were created as money-spinners in Europe’s rapidly commercialising society. But it also picks apart the confrontation between electricity’s two Italian figureheads: Luigi Galvani (who made frogs’ legs twitch) and Alessandro Volta (the Napoleonic devotee who introduced current electricity). These debates were not only about who was right, but also about how to win over converts and eliminate the opposition.
How do ideas become accepted by the scientific community? How and why do scientists choose among empirically equivalent theories? In this pathbreaking book translated from the Italian, Marcello Pera addresses these questions by exploring the politics, rhetoric, scientific practices, and metaphysical assumptions that entered into the famous Galvani-Volta controversy of the late eighteenth century. This lively debate erupted when two scientists, each examining the muscle contractions of a dissected frog in contact with metal, came up with opposing but experimentally valid explanations of the phenomenon. Luigi Galvani, a doctor and physiologist, believed that he had discovered animal electricity (electrical body…
As a techno-optimist, I believe that technology can make us better! Technology should make us stronger and healthier, technology should enable us to do things we couldn’t do without it, and technology should create an equitable future. In 25 years, I want superhuman eyesight, joints, and memory. I want to travel with family and friends both physically and virtually through the metaverse. And I want to make sure that all of our data is used responsibly and ethically to optimize our home and community. All of the books I selected (including mine!) build on these themes painting a picture of a future that is optimistic, and show us how we can be active participants in creating the future we want to see.
Science journalist Sally Adee brings alive the fact that yes, we are electric.
If we could truly understand the way our bodies work electrically and not just chemically, it could open the doors to a revolution in medicine. We would look at the brain and the nervous system in a whole different light; pharmaceuticals would be replaced by electroceuticals; and we might sleep better and live longer.
I recommend this book because I enjoyed going on this journey through history to the future!
Science journalist Sally Adee breaks open the field of bioelectricity—the electric currents that run through our bodies and every living thing—its misunderstood history, and why new discoveries will lead to new ways around antibiotic resistance, cleared arteries, and new ways to combat cancer.
You may be familiar with the idea of our body's biome: the bacterial fauna that populate our gut and can so profoundly affect our health. In We Are Electric we cross into new scientific understanding: discovering your body's electrome.
Every cell in our bodies—bones, skin, nerves, muscle—has a voltage, like a tiny battery. It is the reason…
The world is growing more turbulent, and every leader today has to be ready to be a crisis leader. I have been studying and teaching leadership and crisis leadership at Harvard for more than two decades. I have deployed to major incidents such as the Deepwater Horizon oil spill and trained crisis teams around the world. I have seen that effective crisis leaders make “worst days” better. They unite and inspire, they protect communities, and, most important, they save lives. That’s why I have a passion to help current and aspiring leaders ready themselves and their organizations for whatever the world throws at them.
My work on crisis leadership uses applied neuroscience to help people get “smarter their brains” by learning to work with and, in some cases counteracting, their instinctual reactions and ingrained patterns.
Jensen, who has worked with elite athletes as well as executives, draws on some of the same science (and more) in a practical approach to how to handle pressure. He goes through how to use breathing to tame anxiety and increase focus.
One insight I’ve found particularly useful is remembering what’s not at stake in a high-stakes situation. No matter what happens, your family, friends, and pets will still love and support you, for example. Knowing what you can count on makes a seemingly overwhelming challenge more manageable.
What’s the most pressure you’ve ever been under? How did you react? What helped? What didn’t? Over the past five years, Dane Jensen has asked these questions of thousands of high performers—from Olympic gold medalists to Navy SEALs, politicians, executives and busy parents. What has emerged from these conversations is that while everyone’s experiences under pressure are unique, pressure follows patterns and develops in predictable ways. If we can recognize the patterns, we can improve our ability to sidestep the biological traps that can sabotage us—and use the energy that accompanies pressure to thrive. The…
Kevin Davis is the author of three non-fiction books about the criminal
justice system, The Wrong Man,Defending the Damned and The Brain Defense. Davis has also authored eight
nonfiction children’s books. He’s an award-winning journalist and magazine
writer based in Chicago.
Adriane Raine has been studying the brains of convicted murderers for
decades and his fascinating and accessible book uses neuroscience to help
explain, though not excuse, their behavior due to anomalies and injuries to
their brains. Raine makes a strong case that various impairments to the brain
can inhibit the ability to put the brakes on impulsive, antisocial, and harmful
behavior.
Adrian Raine is one of the world's leading authorities on the minds of the violent, the criminal, the dangerous, the unstable. An Anatomy of Violence is the culmination of his life's work so far, offering the latest answers to some of the most difficult questions: what are the causes of violence? Can it be treated? And might it one day be stopped?
Are some criminals born, not made? What causes violence and how can we treat it? An Anatomy of Violence introduces readers to new ways of looking at these age-old questions. Drawing on the latest scientific research, Adrian Raine…
