I was trained in astronomy and astrophysics, was a staff observer at the Lick and Yerkes Observatories, and always have had a passion for researching and writing the history of modern astrophysics and space astronomy. I hold a PhD in the history of astronomy from the University of Leicester in England, am now a retired museum curator having been a planetarium lecturer, college professor, research associate for the Center for History of Physics at the American Institute of Physics, and guitar teacher in the early 1960s.
Exhaustive descriptive and semi-technical history of the observatory where Hubble spent most of his career, using the 100-inch Hooker reflector to explore the visual limits of the known Universe. Sandage, himself a famous astronomer and Hubble successor, places Hubble’s life and career in lucid institutional context.
Since its foundation in 1904, the Mount Wilson Observatory has been at the centre of the development of astrophysics. Perched atop a mountain wilderness, two mammoth solar tower telescopes and the 60- and 100-inch behemoth night-time reflectors were all the largest in the world. Research has centred around two main themes - the evolution of stars and the development of the universe. This first volume in a series of five histories of the Carnegie Institution describes the people and events, the challenges and successes that the Observatory has witnessed. It includes biographical sketches of forty of the most famous Mount…
I’ve been working in coffee for nearly 20 years, and teaching people about coffee for most of that. I love sharing how interesting, diverse, and fun the world of coffee is, and I want people to enjoy and value the coffee they drink a little more. It is a passion and a career that’s taken me around the world, and continues to reinforce the idea that just a little effort or interest in your morning coffee has surprisingly large rewards. The books on this list inspired my own passion for coffee and I hope they do the same for you.
Coffee preparation is often accused of being a bit nerdy, but what if you lean into that? This book is a deep exploration of coffee brewing from a passionate astrophysicist. With a rigorous approach to coffee you can learn new and surprising things, and this book is having rippling effects on coffee shops and coffee lovers worldwide.
The Physics of Filter Coffee by astrophysicist Jonathan Gagné is perhaps the most significant book ever written on the science of coffee brewing. In the book Jonathan discusses the physics of percolation, extraction, and grinding, as well as water chemistry. He takes the reader down such rabbit holes as pouring-kettle design, optimizing turbulence while pouring, the impact of fines on percolation, the physics of paper filters, and the geometry of various brewers. He also presents some original ideas about coffee brewing and backs it all up with reams of facts and data. The most wonderful thing about The Physics of…
I’ve been a sci-fi and fantasy fan ever since my childhood when I thought looking for spaceships and dragons in the night sky was just a normal kid nightly activity and not, you know, fiction. When seeking stories for my anthology City of Weird, I reached back into my childhood obsession with all things out of or beyond this world, but I found that I wanted tales that took my favorite themes and slanted them. Went to unexpected places, not only in time and space, but also in theme and approach. Like these five books, which I hope you will enjoy.
I love time travel stories—and Every Anxious Wave is my favorite. What would you do if you discovered your own personal wormhole that would allow you go anywhere, anywhen? Well of course you’d set up shop as an agency that takes clients through time and space to… see their favorite bands play! From this unique premise, Daviau’s novel widens into not only a heck of a musical time-travel good time but also a moving story of human connection. Oh, and some great commentary on climate change to boot. A deceptively deep but thoroughly fun wild ride.
Karl Bender is a good guy whose life lacks love and meaning. When he stumbles upon a time-traveling worm hole, Karl and best friend Wayne develop a business selling access to people who want to travel back in time to listen to their favourite bands. It's a pretty ingenious plan, until Karl, intending to send Wayne to 1980, transports him back to 980 instead. Though Wayne sends texts extolling the quality of life in tenth century "Mannahatta," Karl is distraught that he can't bring his friend back. Enter brilliant, prickly, astrophysicist, Lena Geduldig. Karl and Lena's connection is immediate. While…
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…
Barbara J. Becker received her PhD in the history of science from Johns Hopkins University. Until her retirement, she taught at the University of California at Irvine and now resides in Chapel Hill, North Carolina. She is a leading authority on astronomer William Huggins. Her research interests include the role of the amateur in the development of nineteenth-century professional astronomy, the redefining of disciplinary boundaries in the face of new knowledge and new practice, and the role of controversy in shaping the substance and structure of scientific knowledge. She is the author of numerous journal articles and editor of Selected Correspondence of William Huggins (2 volumes).
Young people today casually speak of "galaxies far, far away". They seem to have an intuitive, even if fanciful, understanding that, like science fiction aliens, they and their fellow humans also reside in a galaxy of their own. A mere century ago, such a belief was a matter of highly debatable conjecture. How did earthbound observers learn that the Sun is just one of the hundreds of billions of stars bound gravitationally in a vast spiral-shaped galaxy?
As Minding the Heavens ably demonstrates, the answer to that question is a long and fascinating story, one that author Leila Belkora vividly recounts using chapter-length biographies of seven astronomers from the 18th to the 20th centuries. With help from their assistants and family as well as communication with contemporaries, these curiosity-driven individuals endeavored to determine the form and structure of the celestial realm and learn the true nature of the mysterious hazy…
"A terrific blend of the science and the history."
Martha Haynes, Goldwin Smith Professor of Astronomy, Cornell University, New York, USA
"The book is a treat... Highly recommended for public and academic libraries."
Peter Hepburn, now Head Librarian, College of the Canyons, Santa Clarita, California, USA
Today, we recognize that we live on a planet circling the sun, that our sun is just one of billions of stars in the galaxy we call the Milky Way, and that our galaxy is but one of billions born out of the Big Bang. Yet, as recently as…
Hot Moon, my new alternate-Apollo thriller set entirely on and around the Moon, is my labor of love and the book I always wanted to write. I grew up in Yorkshire, England, far from Cape Kennedy and Mission Control, but was always obsessed with the Apollo Program and with astronomy and space in general. This passion (nudged along by shows like Doctor Who, UFO, and Star Trek) eventually led to degrees in Physics and Astrophysics from Oxford. I now live in the US and work for NASA studying black holes and other bizarre celestial objects.
You’ll find a thousand books that tell the Apollo story, describing the missions and the astronauts and the drama, and A Man on the Moon by Andrew Chaikin is most people’s gateway drug. It’s a great book. But being on the technical side myself–and needing all those messy in-depth technical details to get my own book right–I found Woods’ book perfect for delving deep into the scientific and technical ingenuity of the missions, of all the procedures and maneuvers from launch through splashdown, and many other fascinating aspects that other books leave out. If you’ve ever read an Apollo history and wondered: “But how did that really work, how long did it take, what was the process, why did they do it that way?” or even just “Uh, they did what, now?” then this is totally the book for you.
Stung by the pioneering space successes of the Soviet Union - in particular, Gagarin being the first man in space, the United States gathered the best of its engineers and set itself the goal of reaching the Moon within a decade. In an expanding 2nd edition of How Apollo Flew to the Moon, David Woods tells the exciting story of how the resulting Apollo flights were conducted by following a virtual flight to the Moon and its exploration of the surface. From launch to splashdown, he hitches a ride in the incredible spaceships that took men to another world, exploring…
I am the author of 180 books for children, including the classic (30 plus years in print) picture book The Big Green Pocketbook. As a kid, I checked out more nonfiction books than novels. I read about stars, dinosaurs, ice age mammals, rocks, animals, and birds. I wanted to combine all those interests into one job: astronomer-paleontologist-geologist-zoologist-ornithologist, but I couldn’t even afford community college. I became a writer of children’s books, where I could be involved in all of those occupations and more. I’ve written 50 nonfiction books for children and believe the very best books being published for kids today are in the area of children’s narrative nonfiction.
My astronomer kid self adored this book. My adult self was astonished by this accomplished work of nonfiction. Dual narratives take the stage on each page. First, the star that is trying so hard to be born, and second, the girl Cecilia Payne who tries so hard to understand the natural world. As the star goes through various phases, so does Cecilia, who longs to make scientific discoveries. Brilliantly told, the stories of the star and Cecilia parallel each other. I found myself going back and forth between them, marveling at inset pencil and walnut ink illustrations that never overpowered the text.
As a girl, I, too, loved natural science and wished this book had been published in my day. I might have been prepared to carve my way into a man’s world, as Cecilia did. Back matter fills in how stars are born—Cecilia’s discovery—plus a timeline of her amazing…
So, I didn’t read much fiction last year. Been doing research for my next novel so I read a lot of science books, mostly theoretical physics, which should give you a heads up to the genre of my next project!
Kip Thorne is a pre-eminent theoretical physicist and was the main tech advisor on Christopher Nolan’s “Interstellar”. If you like stuff that messes with your head, and your whole understanding of what we know as reality, this is the book for you!
A colleague and frequent collaborator with Stephen Hawking, Theories on time travel, space travel, the beginnings of time itself will give you plenty to ponder.
Which of these bizarre phenomena, if any, can really exist in our universe? Black holes, down which anything can fall but from which nothing can return; wormholes, short spacewarps connecting regions of the cosmos; singularities, where space and time are so violently warped that time ceases to exist and space becomes a kind of foam; gravitational waves, which carry symphonic accounts of collisions of black holes billions of years ago; and time machines, for traveling backward and forward in time.
Kip Thorne, along with fellow theorists Stephen Hawking and Roger Penrose, a cadre of Russians, and earlier scientists such as…
Barbara J. Becker received her PhD in the history of science from Johns Hopkins University. Until her retirement, she taught at the University of California at Irvine and now resides in Chapel Hill, North Carolina. She is a leading authority on astronomer William Huggins. Her research interests include the role of the amateur in the development of nineteenth-century professional astronomy, the redefining of disciplinary boundaries in the face of new knowledge and new practice, and the role of controversy in shaping the substance and structure of scientific knowledge. She is the author of numerous journal articles and editor of Selected Correspondence of William Huggins (2 volumes).
Thanks to spectrum analysis, the development of improved photographic capabilities, and the construction of powerful new mountaintop telescopes, early 20th century astronomers were able to ask and seek answers to an entirely new range of intriguing questions about the nature and structure of the celestial realm. But the inability to resolve all nebulae into stars left them with a nagging mystery to untangle: are these luminous clouds relatively nearby embryonic solar systems, or extremely distant aggregates of countless stars?
In The Expanding Universe, author Robert Smith ably transforms archival material into a lively narrative of the dramatic twists and turns -- the disappointing failures, dead-ends, careless errors, contentious controversies, welcome surprises, and successes -- of the decades-long international effort to find answers to this perplexing quandary.
In the years between 1900 and 1931 astronomers witnessed three startling changes in their view of the Universe. First, the accepted value of the size of the star system, which increased by a factor of ten; secondly, evidence forced the acceptance of the fact that there are other star systems beyond our own Galaxy; and lastly, that observation of these external galaxies disclosed the expansion of the Universe. This book, originally published in 1982, describes and explains in detail these shifts in opinion, considering them in the light of theories and ideas on the nature of the Universe, were current…
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 is my favorite book about the discovery of dark energy—the mysterious stuff that is currently speeding up the expansion of the universe.
It all started in 1998 when cosmologists presented their evidence that the expansion of the universe is accelerating. I was completely stunned and puzzled. I already knew that most of the mass in the universe is in the form of mysterious dark matter, but now I had to acknowledge that the cosmos also contains a large amount of equally puzzling dark energy.
Richard Panek’s book helped me to get to grips with this new reality: the people, planets, stars, and galaxies that we know of constitute just a few percent of everything there is. Panek is a skilled writer; I thoroughly enjoyed how his book not only describes the science but also portrays the scientists.
“Fascinating . . . One of the most important stories in the history of science.”— Washington Post
In recent years, a handful of scientists has been racing to explain a disturbing aspect of our universe: only 4 percent of it consists of the matter that makes up you, me, and every star and planet. The rest is completely unknown. Richard Panek tells the dramatic story of how scientists reached this cosmos-shattering conclusion. In vivid detail, he narrates the quest to find the “dark” matter and an even more bizarre substance called dark energy that make up 96 percent of the…
