Guidebook For The Scientific Traveler

A one-of-a-kind guidebook for planning physics-and-chemistry-themed trips across the U.S.--from the Lawrence Livermore National Laboratory in California to the Florida Solar Power Energy Center, from the Titan Missile Museum in Tucson to the Anheuser-Busch Brewery in St. Louis.

This Book covers the before, during, and after Our Universe. It goes beyond the mathematical "singularity" at creation of our Universe where Einstein's equations fail and give "infinity." This book explains what existed before this singularity, before our Universe, and before the Big Bang - when many physicists believe Time and Space did not exist. It explains how the "Big Bang" was created and then created our Universe. It explains what will exist after our Universe has disappeared. There are numerous models of our Universe's origin and there is controversy even among the most learned and esteemed scientists. However, this book is based on Stephen Hawking's theory that Black Holes radiate Virtual Particles. This book explains how our Universe will began and will end in empty space where Time and Space exist. Hawking is scheduled to publish a new video in Summer 2018 to reflect his latest theory of the role the existence of Time, Space, and Virtual Particles play in creating and ending our Universe. This book strives to be consistent with his expected approach.

Scientific Breakthroughs in the Bluegrass State Scientists and inventors who lived, worked or were educated in the Bluegrass State have made fundamental contributions to biology, chemistry, physics and technology. Biologist Thomas Hunt Morgan laid the foundation for modern genetics. Chemist William Lipscomb made important discoveries about the structure of molecules and chemical bonding. Astrophysicist J. Richard Gott is a leading expert on cosmology, general relativity and time travel. And inventor George Devol built the world's first programmable industrial robot. Kentucky scientists have also been awarded four Nobel Prizes. Science teacher Duane S. Nickell offers a glimpse into the lives of seventeen scientific heroes from Kentucky.

Scientists who lived, worked or were educated in the Hoosier State have made fundamental contributions to astronomy, biology, chemistry and physics. Astronomer Vesto Slipher discovered that almost all other galaxies were moving away from our own Milky Way Galaxy. Biologist Alfred Kinsey was a pioneer in the field of human sexuality. Chemist Harold Urey discovered deuterium and worked on the Manhattan Project. And physicist Edward Purcell discovered nuclear magnetic resonance, the basis for MRI, one of the most significant medical advances in a century. Scientists with Indiana connections have also been awarded a dozen Nobel Prizes. Hoosier science teacher Duane S. Nickell offers a glimpse into the lives of seventeen scientific heroes from Indiana.

If you have ever wondered about space travel, now you have the opportunity to understand it more fully than ever before. Traveling into space and even emigrating to nearby worlds may soon become part of the human experience. Scientists, engineers, and investors are working hard to make space tourism and colonization a reality. As astronauts can attest, extraterrestrial travel is incomparably thrilling. To make the most of the experience requires serious physical and mental adaptations in virtually every aspect of life, from eating to intimacy. Everyone who goes into space sees Earth and life on it from a profoundly different perspective than they had before liftoff. Astronomer and former NASA/ASEE scientist Neil F. Comins has written the go-to book for anyone interested in space exploration. He describes the wonders that travelers will encounter—weightlessness, unparalleled views of Earth and the cosmos, and the opportunity to walk on another world—as well as the dangers: radiation, projectiles, unbreathable atmospheres, and potential equipment failures. He also provides insights into specific trips to destinations including suborbital flights, space stations, the Moon, asteroids, comets, and Mars—the top candidate for colonization. Although many challenges are technical, Comins outlines them in clear language for all readers. He synthesizes key issues and cutting-edge research in astronomy, physics, biology, psychology, and sociology to create a complete manual for the ultimate voyage.

For nearly 20 years, the author, Mary Virginia Orna has led Science History tours to Europe and other parts of the world. Given the broad popularity of her tours among those in the scientific community, the ACS initiated a symposium on the topic as well as this book. The goals of both the Orna-led tours and this book include learning science through travel to sites where the science actually happened and describing how such travel can interface with the professional goals of chemists in academe, industry, and other areas of endeavor. This book makes it possible to plan a scientifically-oriented visit to well-known scientific sites armed with information not necessarily available on the internet or in guidebooks.

Have you ever dreamt of being an astronaut, travelling through the universe on your very own space mission? What would it be like to tour the Solar System, visiting the Sun and the planets, taking in everything from moons to asteroid belts along the way? What would you see, and how would you feel? What would you eat? How would you navigate and produce fuel? How would you survive? On this epic voyage of discovery, astronomer Mark Thompson takes you on that journey. From how to prepare for take-off and the experience of leaving Earth’s atmosphere, to the reality of living in the confines of a spaceship and the strange sensation of weightlessness, this is an adventure like no other. Suit up, strap in and enjoy the ride.