My fascination with the Universe led me to become a high-energy physics and astrophysics researcher. I work at CERN (Geneva) working on elementary particles. Over many years, I have written and reviewed numerous scientific articles and served as the editor for two books. I have also reviewed books and co-written a few short popular science pieces. My reading interests encompass not only academic and literary works but also popular science, philosophy, and sociology. Understanding the Universe is difficult. With this collection, I hope to provide you with an authentic introduction to the study of the Universe and its evolution from various perspectives.
This book is about the attempts of physicists to understand the nature of time. The author tells the story of the concept of time from ancient Greece to the end of the 20th century through the progress in relativistic astrophysics, cosmology, and particle physics.
The best thing about the book is the anecdotes about great physicists with whom Novikov met in the former Soviet Union and in the West, such as Zeldovich, Guseinov, Longair, Hawking, and Trimble. I also like how Novikov shows the readers that many new phenomena and laws of nature are waiting to be discovered. It is also inspiring to learn about how physicists have been able to contribute to the understanding of nature even under very difficult situations.
Can we change the past? The surprising answer to this question can be found in the final chapters of this book. Novikov details the development of our views on time from classical Greece to the modern day, presenting the figures who have contributed to the evolution of our knowledge as real people and placing them in the context of their own time. He also describes in detail the current state of research in such areas as time machines, the start of time and why does time pass: areas on which he himself has worked. The author's own personal experiences, of…
In my everyday world of responsibilities, I’m a writer, retired veterinarian, and freelance English editor for academic writing. But in my inner world of curiosity and obsessions, I’m forever a child with a profound longing to understand what the world is and how it works. Always searching on behalf of this forever child, I’ve read many a dull book about science, history, and writing. Despite having fascinating content, authors often flatten these subjects into featureless recitations. Happily, I’ve also found authors who express enthusiasm, expertise, or concern for their topic in prose that is as interesting in voice as it is in content.
When I wanted to learn more about particles and particle physics, I found the number of books on the market overwhelming. But here’s a familiar name: Isaac Asimov. The cover looks like a recurring fever dream from my childhood, but the content is real and solid.
I read and re-read because it helped me understand atomic physics. And because it’s Asimov, who somehow manages to turn the periodic table into prose poetry.
“Amazing… If you’ve been searching for a basic text on how the atom works, this is it.” —Booklist
“A masterpiece.”—Omni
The legendary Isaac Asimov starts what is perhaps the most fascinating of all his books with a simple query: how finely can a piece of matter be divided? But like many simple questions, this one leads us on a far-flung quest for a final answer, a search that becomes a series of beautifully structured building blocks of knowledge.
It begins with the earliest speculations and investigations by the Greeks and Romans, and then, step by step and century by century,…
It brings forth a plot fueled by string theory and quantum space, which is so rarely touched on in modern literature, and it brings these highly complex topics to the reader in such a way as to make them understandable to the lay reader.
I found the author’s use of suspense and dialogue engaging. I was carried on wanting to know more at each juncture, following the small tidbits of plotline like breadcrumbs towards an eventual feast. Further, the book left me edgy to read book 2 to see how the series unfolds.
Space turned out to be deeper than anyone imagined.
High above the windswept plains of Kazakhstan, three astronauts on board a Russian Soyuz capsule begin their reentry. A strange shimmer in the atmosphere, a blinding flash of light, and the capsule vanishes in a blink as though it never existed.
On the ground, evidence points to a catastrophic failure, but a communications facility halfway around the world picks up a transmission that could be one of the astronauts. Tragedy averted, or merely delayed? A classified government project on the cutting edge of particle physics holds the clues, and with lives…
I suppose I miss chemistry-believe it or not. This book is lab-only hands-on
forensic techniques you can do yourself.
Tips and sources help amateur sleuths
set up their own labs so they can get a more realistic sense of how real crime
labs operate on a day-to-day basis. I’ve always enjoyed crime TV shows where
they examine the evidence to present to court. Now one can learn how the
process goes when obtaining equipment and performing these experiments.
If you're taking a basic course in classical physics, or have a healthy curiosity for the way things work in the physical world, the Illustrated Guide to Home Physics Experiments provides an ideal hands-on introduction to physics lab techniques and data analysis. With this book and a few simple (and inexpensive) tools and materials, you'll learn to conduct experiments that answer questions about our world, make demonstrations to show off physical principles, and do theoretical lab work to discover how the world works. Perfect for do-it-yourselfers, home-schooled high school students, and college students, this book will help you: Learn everything…
I’m a science journalist, podcaster and opinion columnist for the Bloomberg News Service. I’ve written for the New York Times, Science, Sky and Telescope, Psychology Today, New Scientist and other publications. I studied geophysics at Caltech, where I learned about climate change and the long history of our planet. I wrote about astrophysics and particle physics for Science Magazine before taking a job as a general science reporter for the Philadelphia Inquirer. There, I asked for the chance to write a weekly science column. The editors said they wanted a sex column. I made the best of it, creating a column about sex in the natural world.
A journey into the way particle physics reveals the structure of inner space, told through the dramatic competition between two teams of physicists using the world’s first supercollider at CERN. The goal was to find two theoretical but never detected particles called the W and Z bosons. Jealousy, overbearing personalities, and the rush for glory.
A renowned science writer examines the work being done by high-energy physicists in their quest to understand how the universe began, what it is made of, and where it is headed
With a PhD in astrophysics, cosmology is my day job. My research focuses upon the dark-side, the dark matter and energy that have shaped the evolution of the universe. My scientific journey began long ago with “How and Why Wonder Books”, from dinosaurs and evolution to astronomy and space exploration. I have always devoured tales about the fundamental universe, not only the immensity of the cosmos around us, but also the lives of the tiny bits-and-pieces from which matter is made. I still read a lot of popular science, especially on the history of life on Earth, and the future impact of Artificial Intelligence.
In the 1950s it was discovered that the cosmos was broken, a thing we boringly call parity violation. Physicists were shocked as they realized that the universe was not as perfect and symmetrical as they assumed. In his wonderful book, Gardner explores the meaning of symmetry and asymmetry in nature, from the fact that life prefers molecules with a particular twist, to the startling revelation that our universe seen in a mirror is not our universe. Whilst physicists have made their peace with a fundamentally broken universe, for the uninitiated the discovery is still disturbing.
"What makes Gardner so appealing is his ease in exploring deep ideas . . . and making them accessible to the interested but nontechnical reader. This is a special talent and no one has ever displayed it quite as well as he does." — Los Angeles Times "Absorbing; enlightening; lucid; witty; inventive. An exemplar of science writing at its very best." — American Mathematical Monthly A substantial revision of Martin Gardner's earlier well-known work on mirror symmetry and asymmetry, The New Ambidextrous Universe takes readers on an extraordinary journey. With Gardner’s guidance, they explore the two fundamental scientific discoveries of…
Three events in my life have had a profound effect on the narratives created within my novels. After receiving a chemistry set for my 10th Christmas, I succeeded in causing an explosion, resulting in my extended hospitalization. While in the hospital, I had a near-death experience (NDE). During an amateur telescopic outing with a friend during our teenage years, we experienced a UFO sighting. While doing my doctoral thesis in experimental quantum physics, I began to sense a strong link between elements of quantum physics and consciousness. These events occasionally entered my thinking over the next decades. I developed a passion for writing novels to explore links between quantum physics and consciousness.
I love this book because of its excellent job of tackling the nature of free will and consciousness and their impact on the human condition.
In 2009, particle physicist Lloyd Simcoe designed a high-energy experiment for the Large Hadron Collider (LHC), designed to detect the Higgs Boson. Success would bring him the Nobel Prize. During the experiment, all those present lost consciousness for two minutes and seventeen seconds.
As it happens, the loss of consciousness is global. Without warning, seven billion people on Earth black out for those two minutes and seventeen seconds. Millions die as planes fall from the sky, people tumble down staircases, and cars plow into each other. People experience a glimpse of their life twenty-one years and six months in the future. Some see only darkness, death? The interlocking mosaic of these visions threatens the present and the future.
Suddenly everyone in the world loses consciousness for two minutes. Planes fall from the sky, there are millions of car crashes, millions die. And when everyone comes round they have had a glimpse of their life in the future.
When it awakes the world must live with the knowledge of what is to come.
Some saw themselves in new relationships, some saw exciting new technologies, some saw the stuff of nightmares. Some, young and old alike, saw nothing at all ...
A desperate search to find out what has happened begins. Does the mosaic of visions offer a clue?
Formerly curator of astronomy at the Royal Observatory in Greenwich, I am an occasional writer and researcher and a now full-time primary school teacher in the north of England. My popular books include The Stargazer’s Guide and The Quiet Revolution of Caroline Herschel; I have also contributed to various academic publications, including a paper on William Herschel for Notes & Records of the Royal Society which won their 2014 Essay Award.
To properly understand where women fit in to the history of science, we need to have a fair grasp of what science and the history of science is, and this book offers a perfect introduction. It is the antidote to many linear “progress” driven narratives that insist that the history of western science is simply a straight line from the Greeks with each generation building and improving on the one before. This book attempts to tell the whole story of science, science from across the world, the internationalism of it, the politics, the interrelation between ideas and culture. Although not strictly about historical women in science, I’ve included it here as a kind of foundation to understanding the rest.
Science: A Four Thousand Year History rewrites science's past. Instead of focussing on difficult experiments and abstract theories, Patricia Fara shows how science has always belonged to the practical world of war, politics, and business. Rather than glorifying scientists as idealized heroes, she tells true stories about real people - men (and some women) who needed to earn their living, who made mistakes, and who trampled down their rivals in their quest for success.
Fara sweeps through the centuries, from ancient Babylon right up to the latest hi-tech experiments in genetics and particle physics, illuminating the financial interests, imperial ambitions,…
There’s something truly magical about our ability to perceive the world through our senses. Our abilities to see, hear, smell, taste, and touch are like superpowers that we take for granted. Because of many amazing sensory experiences—like viewing the world from the top of a tower, feeling the pull of ocean waves at my feet, comparing flavors within chocolate, hearing wood thrushes in the forest—I find myself drawn to the beauty that our senses add to life. So, I’ve written two middle-grade novels (The Splintered Light and The Other Side of Luck)with an eye (and an ear) on sensory perception. I hope you enjoy these books!
When I was a young mother, I read this collection of essays about physics, cosmology, astronomy, etc., by the science writer K.C. Cole. As I was reading, I kept writing down quotes from it in a notebook, something that I don’t normally do. In my daily neighborhood walks with my infant son, my thoughts about this book and the cosmos collided with what was I was experiencing, and I was completely taken with the elegance of our world. This sparked the original idea for my own book. Though this collection was written for an adult audience, there are concepts, ideas, and thinking that are packaged up in glorious words: beautiful descriptions of the world we live in that are pretty mind-blowing.
The universe comes down to earth in K. C. Cole's Mind Over Matter, a fresh and witty exploration of physics, cosmology, mathematics, astronomy, and more. Like no other science writer, Cole demystifies scientific concepts and humanizes the people who study them. Beginning with a discussion of how "the mind creates reality as well as muddles it," she then peeks into the stories behind science's great minds and into their playful side, and concludes by illuminating the relationship between science and society. Cole's remarkable work brings science to the reader's doorstep, revealing the universe to be elegant, intriguing, and relevant to…
I am trained in physics but moved over to psychology and neuroscience partway through graduate school at Cornell University because I became fascinated with the stupefying complexity of brains. I found that a lot of the main ideas and approaches in these fields seemed flawed and limited—things like defining something to study such as “emotion” or “perception” without specifying what measurable quantities are necessary and sufficient to understand those things. Luckily, I was (and continue to be) mentored by independent thinkers like neuroanatomist Barbara Finlay and computational neuroscientist David Field, who instilled in me their spirit of free and deeply informed inquiry. Today, more and more brain researchers are rethinking established ideas.
A popular myth that refuses to die is the idea that the left brain and right brain do quite different things. Chris McManus, a researcher of human perception, as well as a medical doctor, wrote the delightful book Right Hand, Left Hand in part to dispel these myths, but also to explore the wonderous world of laterality. From handedness, to how development builds a symmetrical organism, to asymmetries in subatomic particles, this exuberant book takes you on a grand tour of fascinating ideas and observations, told with the detail, color, and organization of a great symphony.
A labor of love and enthusiasm as well as deep scientific knowledge, Right Hand, Left Hand takes the reader on a trip through history, around the world, and into the cosmos, to explore the place of handedness in nature and culture. Chris McManus considers evidence from anthropology, particle physics, the history of medicine, and the notebooks of Leonardo to answer questions like: Why are most people right-handed? Are left-handed people cognitively different from right-handers? Why is the heart almost always on the left side of the body? Why does European writing go from left to right, while Arabic and Hebrew…
