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Wir reisen zu den entlegensten Orten des Alls: zur ISS, zum Mars, zu Kometen, Schwarzen Löchern und Sternenstaub. Mit Originalaufnahmen von Astronaut:innen erleben wir Raumfahrt, Forschung und Philosophie zwischen Erde und Unendlichkeit.

What if reality is not a branching forest of infinite timelines, but a single, irreplaceable world whose value becomes clearer the moment we strip away seductive myths? This book confronts one of the most persistent modern fantasies—the idea of parallel universes—by examining it through science, philosophy, and the psychology of human perception. It exposes how easily speculative models slip into pseudoscience, how cultural repetition creates the illusion of credibility, and how misused scientific language blurs the boundary between rigorous inquiry and imaginative fiction.

Where do you go to let your curiosity fly? The backyard, of course. The setting for this audio original program is the backyard of William Shatner’s Los Angeles home, where he and Neil deGrasse Tyson enjoy a powerful, open-hearted conversation steeped in wonder. Having become fast friends and verbal sparring partners, the two men discuss the quest for knowledge that has driven human exploration and discovery over centuries, drawing from historical and contemporary examples.

Stephen Hawking was supposed to be dead by 23. Diagnosed with ALS at Cambridge and given just two years to live, he lost his voice, his mobility, and nearly every physical function — but never his fire. Instead of fading, he rewrote the universe. From black holes to Big Bangs, radiation to multiverses, Hawking transformed modern physics with a single cheek muscle and a voice made of code. He became the most famous scientist alive — not just for what he survived, but for what he discovered.

This book is the boundary between science and philosophy dissolves into a haunting exploration of existence itself. Beginning with the mysterious precision of the universe’s physical constants and ending at the silent edge of knowledge, this book traces the anthropic principle not as an answer, but as a profound and unsettling question. From the delicate balance that permits life to the strange recursion of a cosmos observed by minds it created, each chapter draws closer to a truth that cannot be fully named.

This book takes the listener on an extraordinary journey through the invisible architecture of reality — from the quiet pull that keeps our feet on the ground to the roaring gravity wells of black holes and the earliest tremors of spacetime itself. It explores how gravity, more than any other force, reveals the unity of all things — connecting atoms, stars, and even consciousness in one continuous fabric of being.

Black holes are some of the most fascinating phenomena in the natural universe. In this beautiful pocket volume, Odenwald explores the science behind black holes in simple and accessible language. He explains what black holes are, how they come into existence, and how they affect the universe around us. Taking into consideration subjects such as gravity, quantum mechanics, the holographic principle and thermodynamics along the way, The Essential Book of Black Holes provides the perfect starting point for anyone interested in the subject.

Actor and bestselling science writer Ben Miller takes readers to the cutting edge of one of the greatest questions of all: Is there life beyond Earth? For millennia, we have looked up at the stars and wondered whether we are alone in the universe, but in the last few years—as our probes...

From the best-selling author of The Emperor’s New Mind and The Road to Reality, a groundbreaking book that provides new views on three of cosmology’s most profound questions: What, if anything, came before the Big Bang? What is the source of order in our universe? What is its ultimate future?...

Top ten Sunday Times Bestseller ‘Engaging, ambitious and creative’ Guardian Where are we? Are we alone? Who are we? Why are we here? What is our future? Human Universe tackles some of the greatest questions that humans have asked to try and understand the very nature of ourselves and the...

For Irwin Shapiro, science starts with questions. This book provides a broad and entertaining survey of major scientific discoveries that have changed our views of nature and, in turn, spawned further questions. Shapiro, an award-winning scientist and beloved teacher, separates his inquiry into three parts: looking up at the universe; looking down at the earth and its fossils; and looking in at the story of life. His framework encourages listeners to view science as a detective story—to observe and question nature and natural phenomena, and to base all conclusions on scientific evidence.

In the vast expanse of the cosmos, where stars twinkle in the night sky and galaxies swirl in the abyss, a remarkable dance of light and matter unfolds—a dance that has captivated the human imagination for centuries. This dance, illuminated by the science of spectroscopy, is what this book seeks to explore and explain. Spectroscopy, the study of the interaction between matter and electromagnetic radiation, may sound complex and esoteric, but at its heart lies a simple and profound idea: The colors of light can reveal the secrets of the universe.

O tempo não é um conceito abstrato. É uma substância material que ocupa todo o universo e se deforma, vibra, oscila. De Newton a Einstein, de Planck ao relógio cósmico, foi protagonista de metamorfoses vertiginosas, fascinantes e monstruosas. O tempo flui? Ou está parado? E como é medido? Como a gravidade o retarda? E como os buracos negros conseguem pará-lo? Sempre vivemos no tempo, que, no entanto, não é eterno.

Qual è il futuro dell’uomo nell’universo? Siamo soli nel cosmo? Esistono altre Terre che l’umanità può colonizzare? Queste sono solo alcune delle domande a cui Giovanni Covone, professore di astrofisica, cerca di dare risposta puntando lo sguardo in alto, verso il cielo e le stelle. Perché la storia della ricerca astronomica è antica quanto l’uomo stesso, dai primi, rudimentali eppure brillanti tentativi di studiare le stelle a occhio nudo, fino alle ultime missioni spaziali, svolte con l’ausilio di enormi, modernissimi telescopi.

Vorwärts in die Vergangenheit. Weiße Löcher sind das Gegenteil von Schwarzen Löchern – sie sind vermutlich ihre Abkömmlinge. Die einen ziehen alle Materie unwiderstehlich in sich hinein, die anderen geben ihre Information wieder frei. Sie sind ein weiteres großes Rätsel der Kosmologie, und noch gibt es keinen Beweis ihrer Existenz. Einsteins Gleichungen lassen sie aber vermuten, und mit Carlo Rovellis Quantentheorie sind Weiße Löcher theoretisch darstellbar.

Brian Clegg's acclaimed popular science book Inflight Science explored the science experienced on a plane flight. Interstellar Tours takes that concept and goes large. It takes the listener on a tour of our galaxy on the starship Endurance.

Prepare to journey beyond our world and embark on an unforgettable adventure through the cosmos with The Abyss Above: Mind-Blowing Facts About Astronomy, the Cosmos, and Outer Space. This captivating book opens up the universe in a way you've never imagined, transcending the ordinary and taking you on an extraordinary exploration of the outer space.

Em 2016 Stephen Hawking participou da série de palestras BBC Reith Lectures, promovida pela rede de televisão britânica BBC e transmitida pela rádio BBC 4. A cada ano uma figura proeminente em sua área é convidada a discorrer sobre temas relevantes. Naqueles meses de janeiro e fevereiro, Hawking falou sobre um assunto que há décadas ocupa lugar de destaque em suas pesquisas: os buracos negros.

Uma das mentes mais geniais do mundo moderno, Stephen Hawking guia o leitor na busca por respostas a algumas das maiores dúvidas da humanidade: Qual a origem do universo? Ele é infinito? E o tempo? Sempre existiu, ou houve um começo e haverá um fim? Existem outras dimensões além das três espaciais? E o que vai acontecer quando tudo terminar? Com ilustrações criativas e texto lúcido e bem-humorado, Hawking desvenda desde os mistérios da física de partículas até a dinâmica que movimenta centenas de milhões de galáxias por todo o universo.