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.
Cosmology encompasses our modern understanding of the universe, but what a strange universe it is, born in a fiery Big Bang, dominated by the dark-side, and expanding into a never-ending future. In his classic book, Harrison lays out the science of cosmology, exploring the nature of the Big Bang, the meaning of expansion, and our place in a seemingly infinite cosmos. With a lucid style, I love Harrison’s tour of modern cosmology. It is not just required reading for the cosmologist in training but is also essential for anyone wondering just how our universe works.
Cosmology: The Science of the Universe is an introduction to past and present cosmological theory. For much of the world's history, cosmological thought was formulated in religious or philosophical language and was thus theological or metaphysical in nature. However, cosmological speculation and theory has now become a science in which the empirical discoveries of the astronomer, theoretical physicist, and biologist are woven into intricate models that attempt to account for the universe as a whole. Professor Harrison draws on the discoveries and speculations of these scientists to provide a comprehensive survey of man's current understanding of the universe and its…
I’ve been fascinated by science and space since I was a child and naturally gravitated toward science fiction. In many respects, it was a form of escapism, as I didn’t enjoy school. I always preferred escaping into another world or being taken on a journey to another world. It wasn’t until I got older that I realized that most great science fiction is a commentary on our own world and the issues we face daily. Science fiction, more than any other genre, does a better job of exploring and dissecting aspects of our world, which in turn helps us better understand our world and our relationship with it.
The Accidental Time Machine is one of the few novels that I’ve read beginning to end in one sitting because I found it so interesting. This isn’t the type of novel that will change your life or change how you feel about something. It’s just good. A good, fun book that can be read in a couple of hours. Haldeman doesn’t waste any time getting the story going and from there he takes you on a ride more enjoyable than novels twice the length.
Grad- school dropout Matt Fuller is toiling as a lowly research assistant at MIT when he inadvertently creates a time machine. With a dead-end job and a girlfriend who left him for another man, Matt has nothing to lose in taking a time-machine trip himself-or so he thinks.
I'm best known for the Amelia's Notebook series which are based on the notebooks I kept as a kid. I started using the notebook format because that's how I thought—sometimes in words, sometimes in pictures. But this was a long time ago, in the 90s when graphic novels weren't a common format. When I submitted Amelia to publishers, they rejected it, saying it wasn't a picture book, it wasn't a novel, so how would librarians know where to shelve it? A small press that didn't know any better took a chance and published Amelia's Notebook. It became a big bestseller, with more than 20 books to follow and started a new trend in kid's books.
Anyone who uses an 11-year-old to explain black holes and the big bang is worth listening to!
This is serious physics explained in a way we can all understand, mixed up with the usual life of an 11-year-old, It makes for one fun and fascinating read. If you think physics is too complicated to understand, this book will show you how simple it can be. Science made easy and fun!
Eleven-year-old Oliver wants to be an astrophysicist and explain the wonders of the universe . . . to anyone who will listen to him! This brand-new fully illustrated series is perfect for fans of Diary of a Wimpy Kid, The 13-Storey Treehouse and anyone who loves to laugh and learn at the same time.
Oliver has just started secondary school and is wondering how he will fit in with new friends, new classes, new everything. But at least there's one thing that still makes sense: science! Determined to be an astrophysicist one day, Oliver explains everything he learns - like…
As a science fiction author, reading excellent science nonfiction is like taking my mind on a trip to an unknown land, there to wander, sightsee, and reimagine my own fictional plots. During the past few years of COVID-restricted isolation, these books have replaced travel as a source of mind-expanding inspiration, affording me a refuge from the tempest of current events and leaving my brain churning with visions of future worlds. The choices below reflect a common thread: each is written or edited by an expert in the field, and the authors possess that rare combination of deep knowledge and the ability to communicate it in an engaging way.
In the book Reality is Not What It Seems, Carlo Rovelli exhorts us to “Stop dreaming of new fields and strange particles; supplementary dimensions, other symmetries, parallel universes, strings, and whatever else.”Oh, but I wanted to dream, and Michio Kaku always takes me on such a fun ride! I loved Kaku’s The Future of the Mind, which inspired me as I wrote my own science fiction novel. So I turned to him again when I wanted to learn more about string theory, the competing theory to Rovelli’s loop quantum gravity and Kaku’s own area of expertise. It was well worth it. At least now I can plumb the allure of that symmetry, the wonder of those parallel worlds, and the fullness of those eleven dimensions—even if I may never see them proven out in my lifetime.
#1 NEW YORK TIMES BEST SELLER • The epic story of the greatest quest in all of science—the holy grail of physics that would explain the creation of the universe—from renowned theoretical physicist and author of The Future of the Mind and The Future of Humanity
When Newton discovered the law of gravity, he unified the rules governing the heavens and the Earth. Since then, physicists have been placing new forces into ever-grander theories.
But perhaps the ultimate challenge is achieving a monumental synthesis of the two remaining theories—relativity and the quantum theory. This would be the crowning achievement of…
My passionate scientific interest in cosmology began several decades ago as a Stanford student while moon-lighting as a cloud chamber photo scanner at the Stanford Linear Accelerator Center (SLAC). An initial interest in particle physics merged with an interest in cosmology because the Big Bang theory is about both. Developing a unique cosmology model and collaborating with other cosmologists around the world was a natural extension. Following numerous peer-reviewed scientific publications, our book summarizing them was one, as well. Taking a passionate interest in anything and sharing it with others is an important first step!
This is the logical next step after reading Stephen Hawking’s book. Simon Singh has a PhD in particle physics, but his greatest talent, in my opinion, is as a science journalist who takes us on a fascinating tour of the universe and what our scientific discoveries tell us about it.
His book is comprehensive yet understandable for the interested layperson or budding scientist, which was reassuring to me at the time. What I loved the most about his book is that it is a stage filled with fascinating characters with a common and binding joy of discovery. I wanted to be one of them!
The bestselling author of Fermat's Last Theorem and The Code Book tells the story of the brilliant minds that deciphered the mysteries of the Big Bang. A fascinating exploration of the ultimate question: how was our universe created?
Albert Einstein once said: 'The most incomprehensible thing about the universe is that it is comprehensible.' Simon Singh believes geniuses like Einstein are not the only people able to grasp the physics that govern the universe. We all can.
As well as explaining what the Big Bang theory actually is and why cosmologists believe it is an accurate description of the origins…
I was caught by the astronomy virus when I was 15 years old and had my first view of Saturn through a telescope. Ever since, I’ve enjoyed writing about everything cosmic for a wide variety of audiences. Cosmology is one of my favorite topics, it’s really the most enigmatic scientific discipline. Who knows, someday, a young, brilliant 21st-century genius will find the solution to all those riddles by formulating a whole new view of the birth and evolution of the universe. That’s my secret hope.
This 1986 book (revised in 1999) helped me to understand the Big Bang theory. I read it during a holiday in Italy when I was just starting my career as an astronomy writer. What I had read about the Big Bang so far was either extremely elementary (not really explaining anything at all) or full of jargon and dense with equations.
But John Gribbin knew exactly how to strike the perfect balance between the two. While my wife and one-year-old son were enjoying the swimming pool, I delved into quantum physics, expanding space, and the cosmic background radiation, all presented at a level an interested high-school student could understand.
Obviously, some parts of this book are obsolete by now, but it’s still one of my all-time favorites.
I’m a scientist with an imagination. Where theory and evidence lead, I follow—even if the path ventures into exotic territory.
A routine description of the Big Bang isn’t enough for me. I already understand how our universe began. I want to know why it’s here. Where did it come from? Impossible to know, you may say, but hear me out.
Dr. Mersini-Houghton is a respected physicist on the cutting edge of cosmology who knows a lot about quantum fields (submicroscopic fluctuations that permeate our universe). As she dives into the world of the ultra-small, you’ll see, like I did, that she and her colleagues are onto something big.
One of the world's most celebrated cosmologists presents her breakthrough explanation of our origins in the multiverse.
In recent years, Laura Mersini-Houghton's ground-breaking theory, spectacularly vindicated with observational evidence, has turned the multiverse from philosophical speculation to one of the most compelling and credible explanations of our universe's origins.
In Before the Big Bang, she interweaves the story of how she arrived at this theory with her journey from communist Albania, where she was born and brought up, to the West, showing how her unconventional path helped her to challenge orthodoxies and become one of the most courageous thinkers on…
My expertise on the origins of our universe comes out of fascination, nothing more. I am a long-time children’s writer who began my approach to this topic with awe. Just awe. In order to write The Stuff of Stars I read widely to expand my own understanding. A single line in this text can come out of hours of reading. The books I’m suggesting here, though, are not the scientific ones that informed my telling. Rather, I have searched out books that are exceptionally creative, accessible, interesting. Some are for the very young and some for those who share their learning with the very young.
It Started with a Big Bang: The Origin of Earth, You and Everything Else is another picture book that covers the same territory for the very young as The Stuff of Stars. The writing is conversational and accessible. The illustrations are compelling. The two books read side by side would support and inform one another.
In this accessible informational picture book, young readers can follow the fascinating story of how we got from the very beginning of the universe to life today on the “bright blue ball floating in space” called Earth. They'll learn about the big bang theory, how our solar system was formed, how life on Earth began in the oceans and moved to land, what happened to the dinosaurs and how humans evolved from apes to explore and build communities all over the planet ... and even travel to space. It's an out-of-this-world look at the beginning of everything!
I’m a historian who wants to understand the big picture as best I can. And while occasionally I can clear my schedule enough to read a 1,000pp book, realistically that won’t happen often so I am always on the alert for short books that aim to provide what I am looking for: a coherent vision of the whole of human history. That’s asking a lot of an author, but these five do it well.
This one squeezes a lot into 248 reader-friendly pages. It combines the Big History approach with the emphasis on connections that world historians typically admire. But it is mainly a human history: by page 38 humans are emerging, and from that point on the evolution of the Universe and life on earth are in the rear-view mirror. Also very readable.
Big History tells the story of the universe, from the beginning to now, by interweaving the fields of biology, geology and anthropology to offer an all-encompassing account of Earth's history. Flowing seamlessly from the birth of the universe to life on a planet inhabited by billions of people, this is a mind altering account of the fate of the Earth and of our role in this ongoing story. Featuring Cynthia Stokes Brown's paradigm-shifting movement, Big History is a seminal work written for academics, students and the layperson alike.
Don Lincoln is both a research scientist and a masterful science communicator. On the science side, he participated in the discovery of both the top quark and the Higgs boson. On the communicator side, he has written books, made hundreds of YouTube videos, and written for such visible venues as Scientific American and CNN. He has both the scientific chops and writer expertise to tell an exciting story about why the universe is the way it is.
If one sets out to understand the universe, one thing one needs to do is understand the laws and rules that govern the matter and energy that makes up the cosmos. The second thing one needs to understand is how it came into existence. In this book, Dan Hooper describes what we know about the first few minutes. Hooper is a theoretical cosmologist at Fermilab, America’s flagship particle physics laboratory. He’s also an excellent author, with a great narrative style. If you want to understand how the Big Bang banged, this is the book for you.
A new look at the first few seconds after the Big Bang-and how research into these moments continues to revolutionize our understanding of our universe
Scientists in the past few decades have made crucial discoveries about how our cosmos evolved over the past 13.8 billion years. But there remains a critical gap in our knowledge: we still know very little about what happened in the first seconds after the Big Bang. At the Edge of Time focuses on what we have recently learned and are still striving to understand about this most essential and mysterious period of time at the…
