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Balbus S: An Introduction to General
Relativity and Cosmology

An Introduction to General Relativity and Cosmology

Theory, Observations, and Applications

With an emphasis on numerical modelling, Physics of the Sun: A First Course presents a quantitative examination of the physical structure of the Sun and the conditions of its extended atmosphere.

A First Course

Physics of the Sun

The ultimate collection of Einstein’s scientific writings on everything from statistical mechanics to general relativity The Essential Einstein: Scientific Writings presents Einstein’s most important physics papers, spanning his groundbreaking contributions to statistical mechanics, quantum theory, and relativity as well as his ambitious yet ultimately unrealized attempts at a general unified field theory. This incisive collection contains works that profoundly influenced the trajectory of modern science. Each piece serves not only as a reflection of his intellectual rigor and creativity but also as a cornerstone of contemporary scientific thought. The Essential Einstein is a two-volume compendium offering general readers and specialists alike a comprehensive resource on the pivotal writings of Albert Einstein. Organized chronologically by leading authorities on Einstein and his work, this collection illuminates the evolution of Einstein’s scientific and humanistic ideas throughout his life. Each selection is accompanied by explanatory notes that detail the work’s background and significance. Together with The Essential Einstein: Public Writings, this authoritative collection invites a deeper engagement with the intellectual legacy and enduring influence of Albert Einstein.

The Essential Einstein: Scientific Writings

A COMPLETE, UNCOMPLICATED GUIDE TO THE SCIENCE OF LIFE, THE UNIVERSE AND EVERYTHING 'Most scientists know only their own field. Tim Coulson is at home with science as an integrated whole. A pleasure to read, and a lasting accomplishment' Richard Dawkins'Step aside Star Wars - ours is the most astonishing origin story you'll ever hear and its beautifully told by Tim Coulson' Professor Ken Norris, Deputy Director of Science at the Natural History Museum----Have you ever wondered why you exist?What had to happen for you - and all life on Earth - to come into being?What is the true answer to the ultimate question of life, the universe and everything?In A Little History of Everything, Tim Coulson - Professor of Zoology at Oxford - takes us back to the beginning of everything: the Big Bang 13.8 billion years ago. From there, he leads us step by step along the path to the most astonishing thing we have yet encountered - the staggering complexity of the modern human mind. Covering physics, astronomy, chemistry, geology, the emergence of life, evolution, consciousness and the rise of humankind, yet written to be understood by anyone with a child's curiosity, this book takes the biggest story of all and tells it simply, grippingly and, above all, entertainingly. It is the history of you, me and everything - of how we all came to be. In short, it is the greatest story ever told. ----'A highly readable and super enjoyable book . . . that takes us on a free-spirited intellectual romp through every aspect of what we know about our universe' Peter Hudson FRS Willaman Professor of Biology at Penn State'A charming, engaging and erudite account' David Christian, author of New York Times bestseller Origin Story (2018)'A gangbuster science book. A can't-put-down read. I don't think I have learned more from a single book' Douglas W. Smith, Former Senior Wildlife Biologist, Yellowstone National Park'Exceptional. A highly infectious read. From the first page I found it impossible to put down' Professor Baroness Kathy Willis, Professor of Biodiversity, University of Oxford'Achieves something almost impossible, lucid explanation without dumbing down . . . can read this for fun and accidentally you will know as much general science as any Professor' James H Naismith FRS FRSE FMedSci MAE, Head of the Mathematical, Physical and Life Sciences Division at Oxford, Professor of Structural Biology'With wit, wisdom and humility. The prose is of a perfect weight, and an absolute joy to read' Sunetra Gupta, Professor of Theoretical Epidemiology at the University of Oxford'Will appeal to a broad variety of readers and inspire new generations of scientists for years to come' Quentin Paynter

From the Big Bang to you (and every moment in between)

A Little History of Everything

The Ghost in the Telescope is an account of the Herschel Space Observatory, which was built to answer the questions of how galaxies were born. Written in a manner for a general audience, the book tells the stories of the telescope itself, discoveries it made, and the engineers and astronomers who made and used it.

The Story of the Herschel Space Observatory

The Ghost in the Telescope

Series in Astronomy and Astrophysics

Analytic and Symbolic Problems with Mathematica

General Relativity

Father and daughter lead the scientifically curious reader through two remarkable branches of physics, quantum physics and astrophysics, that dramatically changed our perception of nature. From the subatomic to the astronomical realms, they weave a rich tapestry of scientific insight, history, personal anecdotes, philosophy, and wonder.

A Dialogue between Father and Daughter

Two Revolutions: Einstein's Relativity and Quantum Physics

A modern introduction to classical mechanics that allows students to develop confidence, a broad mathematical tool kit, and a correct physical intuition while working in a collaborative and supportive environmentUndergraduate physics students must often "unlearn" aspects of classical mechanics as they progress through college and graduate school. This book, by introducing classical mechanics as the limiting case in special relativity of an infinite speed of light, eliminates the need for such backtracking. Starting with time/space, and energy/momentum, the book allows students to solve problems addressing modern topics of research in astronomy, cosmology, and particle physics. The text then derives Newtonian mechanics, and covers the full syllabus of a conventional introductory course, but at a deeper level of mathematical sophistication for topics such as rigid body and planetary motion. Extensive mathematical appendixes are integrated into the text, as are curated problems sets in each chapter. The book is intended as a long-overdue revision of both the curriculum and pedagogy of the traditional introductory honors classical mechanics course. Begins with special relativity as a "leveler" that puts all students at the same starting pointRelies on cooperative learning rather than a competitive "weed-out" mentalityEmphasizes developing mathematical tools as a precise and powerful language in the context of developing a correct intuition and better understanding of physical phenomenaEnables a more rapid path through the conventional undergraduate physics curriculum, preparing students for advanced courses in science and engineering

From Special Relativity to Newtonian Mechanics

Honors Classical Mechanics

An astonishing tour of the key astronomical events of the past century, and of all the accidents and human error involved in our pursuit of asteroids, radio waves, new stars and alien life. 'A riveting real-life Hitchhiker's Guide to the Galaxy.' Telegraph''An enjoyable tour of astronomical discoveries...His excellent book is a layman's guide to the surprises' - Daily Mail'Lintott's boundless enthusiasm for everything cosmic makes it hard to put this book away once you start reading.' BBC Sky at Night Magazine'Entertaining and enlightening' - The Idler............................................................................. ............................................................................. ........................................... The BBC presenter of 'Sky at Night', and Gresham Professor of Astronomy, Chris Lintott, takes us on an astonishing tour of bizarre accidents, big characters, and human error to tell the story of some of the most important astronomical events of the past hundred years. - Our first views of the earliest galaxies were brought to us by the Hubble Space Telescope when it was pointed at absolutely nothing. - The ice-covered Enceladus, one of Saturn's nearly one hundred moons, was revealed as a possible habitat for life after a by-chance fly by of NASA's Cassini probe on a mission elsewhere. - Pulsars, the spectacular remnants of long-dead massive stars, were discovered as 'scruff' in the data for measurements of the twinkling of possible radio stars. As new telescopes are built on mountaintops and in deserts around the world, aiming to transform our view of the universe once more, Chris Lintott shows us that keeping an open mind will benefit us all - whatever might still be out there for us to find. ............................................................................. ........................................... Praise for Our Accidental UniverseA scientific tour de force.' Dr Becky Smethurst'Highly recommended.' Tristan Gooley'Extravagantly entertaining ... warmly informative.' Lev Parikian'A fascinating look at the strange and alien side of space.' Dr Lucy RogersMore praise for Chris Lintott'Superbly written insights.' - Professor Brian Cox'Chris Lintott is a modest genius. He has quietly revolutionized modern astronomy.' Brian May'Lintott deftly interweaves personal experience and more philosophical ruminations.' Michael West, Nature

Stories of Discovery from Asteroids to Aliens

Our Accidental Universe

NOW IN PAPERBACK A "captivating, behind-the-scenes account" of NASA's historic OSIRIS-REx mission to return an asteroid sample and unlock the mystery of formation on life on earth braided with the remarkable life story of the mission's leader, Dr. Dante Lauretta (Sara Seager). On September 11, 1999, humanity made a monumental discovery in the vastness of space. Scientists uncovered an asteroid of immense scientific importance-a colossal celestial entity. As massive as an aircraft carrier and towering as high as the iconic Empire State Building, this cosmic titan was later named Bennu. Remarkable for much more than its size, Bennu belonged to a rare breed of asteroids capable of revealing the essence of life itself. But just as Bennu became a beacon of promise, researchers identified a grave danger. Hurtling through space, it threatens to collide with our planet on September 24, 2182. Leading the expedition was Dr. Dante Lauretta, the Principal Investigator of NASA's audacious OSIRIS-REx Asteroid Sample Return Mission. Tasked with unraveling Bennu's mysteries, his team embarked on a daring quest to retrieve a precious sample from the asteroid's surface - one that held the potential to not only unlock the secrets of life's origins but also to avert an unprecedented catastrophe. A tale of destiny and danger, The Asteroid Hunter chronicles the high-stakes mission firsthand, narrated by Dr. Lauretta. It offers readers an intimate glimpse into the riveting exploits of the mission and Dr. Lauretta's wild, winding personal journey to Bennu and back. Peeling back the curtain on the wonders of the cosmos, this enthralling account promises a rare glimpse into the tightly woven fabric of scientific exploration, where technical precision converges with humanity's profound curiosity and indominable spirit.

A Scientist's Journey to the Dawn of our Solar System

The Asteroid Hunter

The Historical Roots of His Breakthroughs

The Einsteinian Revolution

Mathematical Sciences Research Institute Publications

This book introduces and explores some of the deep connections between Einstein's theory of gravitation and differential geometry. As an outgrowth of graduate summer schools, the presentation is aimed at graduate students in mathematics and mathematical physics, starting from the foundations of special and general relativity, and moving to more advanced results in geometric analysis and the Einstein constraint equations. Topics include the formulation of the Einstein field equation and the Einstein constraint equations; gluing construction of initial data sets which are Schwarzschild near infinity; and an introduction to the Riemannian Penrose inequality. While the book assumes a background in differential geometry and real analysis, a number of basic results in geometry are provided. There are well over 100 exercises, many woven into the fabric of the chapters as well as others collected at the end of chapters, to give readers a chance to engage and extend the text.

Lectures on Mathematical Relativity

Elements in the Philosophy of Physics

In this Element, the author offers a comprehensive interpretation of general relativity, describing its potential reality, internal structure, and differences from previous theories. The aim is to shape research agendas for physics philosophers, graduate students, and academics. This title is also available as Open Access on Cambridge Core.

Foundations of General Relativity

An Introduction to General Relativity and Cosmology

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