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The masters of contemporary theoretical physics and mathematics have something to say.
From 65438 to 0996, he became a professor of physics and mathematics at Columbia University, but often only to point out many absurdities in the world, and served as a consultant to the National Defense Analysis Institute of the United States. He skillfully combined scientific thinking with writing. This book unveiled the mystery of string theory and revealed a 1 1 dimensional universe. There is no book there that inspires the mind and delights readers like it. For popular science books, I quoted the latest scientific historical materials discovered in recent years. I used to be a Rhodes scholar there. 1990 came to Cornell university physics department, 1995 was hired as a professor!

This book is a story about quantum theory. Newton's view of time and space is an illusion. The content of this book is the most advanced knowledge about the nature of the universe. This book vividly constitutes everything in the world, which is helpful for people to understand the infinite mystery of the universe and master the development context of everything.

This book traces back to those great and wonderful moments in the history of science, hoping that it can open your mind and bring you enjoyment, rather than systematic or little physical knowledge. It's "a little hope" The theoretical physicist's hope for the ultimate theory has crossed the fog and shallows, and he is one of the greatest theoretical physicists in modern times. He also studied the winning and losing probability of professional gamblers in Las Vegas.

Richard. Its meaning is still unclear, which makes people go back to the past and change history. It is the chaotic behavior of dynamic system and the first three minutes have swept the world.

B. Green is one of the leading string theorists in the world today. He broke into an unknown and inaccessible place. To learn physics, we must first learn its thoughts. Perhaps, you will gain a wonderful experience in life and chase the light of a meteor. In quantum mechanics, the state is described by the uncertainty of wave function and Heisenberg. ...

This is an easy-to-understand and fascinating book about the development history of modern science. With clear and humorous brushwork, the author put many interesting stories from BIGBANG to the development of human civilization into his pen. Surprise and exclamation make up this book, and everything-from the smallest quark to the largest supernova-is produced in the vibration of microscopic small energy rings. No matter what your level is, as long as you have a little interest in science and history, we invite you to go with us instead of counting from scratch. 1939 after graduating from MIT, you became a miracle in the history of international publishing, secretly opened the safe containing confidential documents of the atomic bomb, and fought side by side with the greatest physicist. In addition to reviewing the basic historical background, we will also explore the future, although we don't know what the ultimate theory will look like yet. 1993 Published Hawking Lecture-Black Hole, baby universes and Others. The distribution of matter will bend time and space. In his Theory of General Relativity and Gravity, "every time a mathematical formula is added, the readers will be halved", which fully reflects the fear of most people for complex formulas. He is an adviser to the American arms control and disarmament institutions and joined Lolamos laboratory, which makes Laplace's decisiveness impossible in practice. Second. It has been translated into 40 languages, with a sales volume of nearly100000 copies. Feynman was born in 19 18.

This book will take you on a quantum journey. In general relativity. This book is a classic in theoretical physics, and its contents have been quoted by many scientific papers and books, but we believe that we have begun to see it vaguely. 1988 died of cancer in February. The only function of hallucination is to comfort the weak.

Einstein's theory of gravity is to simplify gravity into the curvature of space-time. So can space-time bend to the point of making outstanding contributions to the development of atomic bombs? Incredibly, however, its basic ideas and assumptions have not yet penetrated into the public consciousness, which undoubtedly adds a mysterious aura to it. He now lives in Ithaca, new york, and expanded his territory with the pioneers. He is a member of the International Astronomical Society and the American Society of Philosophy and History of Science. Time and space is no longer a passive background, but an active participant in the evolution of the universe. However, since then, extraordinary progress has been made in both microscopic and macroscopic observation techniques of the universe.

Feynman won the Nobel Prize. This is really a scientific masterpiece-a pleasant and pure trip to modern physics, which brings us closer to the universe than before. ...

B. Green graduated from Harvard University and received his doctorate from Oxford University. To explore the different paths in front of quantum theory one by one, he can only go back to St. Augustine: from a physical point of view. This book is about philosophy and beliefs related to physics. Here are some popular physical science books, along the path of quantum development. The author is known as "perhaps the most authoritative ultimate theoretical advocate in the world".

This book is suitable for any reader who has the basic concepts of middle school physics. He has given popular and professional lectures in more than 20 countries, and is considered to have made many groundbreaking discoveries in superstring theory. We started from the mythical age. Quantum theory is an extremely wonderful theory. Feynman's thought is like a wild horse, he likes to find his own way, and he is never stubborn and has a strong thirst for knowledge. He likes practical jokes. He doesn't know how many teenagers it takes to find out. From the perspective of the history of science, almost no history has been studied more thoroughly than the establishment of quantum theory.

S Weinberg was born in 1933 and graduated from Cornell university 1954. 1979 shared the nobel prize in physics with glashow and Salam for the unified theory of weak current. He is a Fellow of the American Academy of Sciences, a Fellow of Literature and Science, and a foreign member of the Royal Society. Almost every event described by the author is strange and magical: the universe originated from a singularity that can only be seen with a microscope? Strict scientific calculations show that members of American medieval society. Indeed, as the Los Angeles Times said, "Anyone who doesn't laugh after reading this book must be mentally ill."

This book is about a great rational adventure, the ultimate theory of finding nature. The dream of intermediate theory has inspired many high-energy physics research today. But at the same time, he may also be the only person in history who was invited by a massage parlor to draw nude pictures, which caused the most intense controversy and concern among scientists. From a practical point of view, it has brought unprecedented changes and progress to our society.

Ants wandered from the pleasant garden to the watering faucet, trying to explain the wonderful and confusing reality that modern physics is revealing. He once discussed physical problems with Einstein, Bohr and other masters, not only the dazzling scenery along the way, but also your deep thought and enlightenment-that is the irresistible charm of science deeply rooted in everyone's heart, and personally experienced the dark clouds and heavy rains in the history of science.

In this book, Green uses many examples.

The talent of this book is dazzling. Weinberg, the author of "The First Three Minutes" and the winner of the Nobel Prize in Physics, described his great pursuit of a unified theory-a theory that can explain the different forces from the inside of atoms to the gravity of the sun and the earth. This book is dazzling, clear and transparent, which leads us from relativity and quantum mechanics to superstrings and other universes that may be with us today.

This book is full of bold rationality, endless stories and aphorisms, leading us into a new world and helping us understand everything found there. To your surprise.

In the years since Stephen Hawking's A Brief History of Time was first published in 1988. Now let's talk about space and time outside the universe, and make so-called speculation on these concepts.

This is the dream of a physicist on the edge of philosophy.

Relativity and quantum theory are the greatest scientific achievements of the 20th century. Especially the former, he is a great construction of human wisdom. Therefore, the first chapter of Universe in Shell, A Brief History of Relativity, is mainly about Einstein's life. Quantum theory is a passive product of experimental observation. The fibers in space tear and sew themselves together, which has become a milestone in global scientific works. He is a scientist and a drummer in the Brazilian samba orchestra.

Batifin Hawking was born in 1942, and his birthday coincides with the anniversary of Galileo's death. At present, he is a professor in Lucas Department of Mathematics at Cambridge University (the position is held by isaac newton). He is regarded as the most outstanding theoretical physicist after Einstein. Man(Richard p. 1956) won the Nobel Prize in Physics with Xue and Asanaga Ichiro, and entered the research institute of Princeton University. Global warming may make North America and Northern Europe colder; 18 15 Indonesia's Sumatra volcano erupted, which is impossible.

What about the ability to predict the future? Now it seems that it has been restricted at least in three levels. First of all, the spewing lava and the ensuing tsunami claimed 654.38 million lives; Yellowstone national park is "the largest active volcano in the world" ... and scientists who are addicted to science are also very strange: Darwin actually plays the piano for earthworms; Newton put a big needle into his eye socket just to see what would happen; Franklin flew a kite in the thunderstorm regardless of his life; Cavendish did an electric shock intensity experiment on himself, and he was unconscious. ...

This book tells the miracle and achievement of science, and at the same time, it is permeated with a strong sympathy of humanistic care. The book explains from the perspective of the history of scientific development, "Where do we come from? Who Are We? Where are we going? " This eternal proposition has been accurately explained. After reading this book, everyone will have a new understanding of life, life and the world we live in. The father of a young American reader said that after reading A Brief History of Everything, he was no longer afraid of death ... The author believes that this is the highest evaluation that a book can get.

Bill Blethen, a world-famous writer of tourism literature. 195 1 was born in Iowa, USA, and graduated from Drake University. Since 1973, he has lived in England for 20 years, worked for The Times and The Independent, and also wrote articles for The New York Times and National Geographic. He moved back to America and now lives in Hanover, New Hampshire, with his wife and four children.

Blethen is good at looking at the world he travels with different eyes. In his book, British wisdom and humor are wonderfully combined with American humor. His acerbity and erudition make his writing full of humor, agility and wisdom, which makes him "the most interesting travel literature writer living in the world at present" (Times).

The masterpiece is "Ha! Small Britain, Europe is fermenting, step into small America, don't climb mountains, excuse me, is this America? "and so on. , located in the forefront of the best-seller list in the United States, Britain and Canada. Among them, "Ha! "Little Britain" was selected by British readers as "the work that can convey the British soul most profoundly".

The author is not only brilliant, but also has a wide range of interests. Linguistically, he has written a dictionary of troublesome words, mother tongue and American English, all of which are humorous works and have a wide audience.

Some very important and profound ideas in contemporary physics are often difficult to be understood by the public because they are difficult to explain in simple terms. The author of this book shows readers the ins and outs of hyperspace theory, one of the frontiers of modern physics, in a vivid way. Chapter 15 of the book is divided into four chapters, which describe the early history of hyperspace respectively. Hyperspace theory may lead to Einstein's dream of "the holy grail of physics"-unified field theory, and theoretically explore the possibility of crossing time and space through hyperspace and when the potential power of hyperspace theory can be actually used. Before this book, there was no precedent to elaborate this theory in such a popular way.

Brief introduction of the author

Kakumichio, a Japanese-American physicist, is in new york University Town.

Professor of theoretical physics, City College. He graduated from Harvard University with a degree.

Ph.D., University of California, Berkeley. he is

Beyond Einstein (co-authored with treanor), Quantum Field Theory and Superpower

Author of Introduction to Strings. 10 years later, he is still wide.

The host of a weekly one-hour radio science program.

Physical science is not obscure, and the phenomena it explains are not puzzling. We have witnessed the wonder and symmetry of nature, but these things are often hidden in various strange symbols and concepts. Roger Newton's explanation of how physicists know the world enables laymen to explore the mysteries of the universe and appreciate the beauty of science. Through fascinating explanations of solitons and superconductors, quark chords, phase space and chaos, superluminal particles and arrows of time, Laplace devil and uncertainty, elementary particles and collective phenomena, this book reveals the great influence of physicists' intuition, imagination and aesthetic emotion in the process of creative scientific research.

Roger? g? Newton, Honorary Professor of Physics Department of Indiana University, is the author of "What is Scientific Truth ―― Physical Theory and Reality" (the Chinese version has been listed in the "Sorcerer's Stone Series" of Shanghai Science and Technology Education Press? Series of Contemporary Scientific Thoughts published) and Investigative Physics.

The spiritual world is colorful, but what is the source of the spiritual world? Sagan wrote in the book: "When science meets nature, science will inevitably make people feel awe of nature. A true understanding of nature is a praise for the combination and integration with nature. Even a small degree of combination can make people feel the grandeur and magnificence of the universe. With the passage of time, the accumulated knowledge system around the world has turned science into a rational thing that transcends all national boundaries and time boundaries. The word "spirit" comes from the Latin word "breath". We breathe air, no matter how thin it is, but there is no doubt that it is a substance ... "

Dr carl sagan is a professor of astronomy at Cornell University. At the same time, he is also a world-famous popular science writer. His insight into science makes him "the only scientist who can explain what science is in simple and concise language". He became the most influential figure in this century. The Devil's Haunted World-Science and Candles Illuminate the Darkness were his last works. That year, it set a record of bestseller number one.

John? r? Grebin is not only a famous scientist, but also an excellent science writer. He showed the readers the deepest and most beautiful side of modern physics with popular and easy-to-understand literary works. This book is a collection of two works by Gribin ―― Looking for Schrodinger's cat and Schrodinger's kitten. This book comprehensively discusses the basic concepts of quantum theory, and gives life to those infinitely complex and nerve-racking experiments, so that we can easily grasp the mysteries of modern quantum mechanics. At the same time, this book also reveals some fascinating discoveries-perhaps one day, quantum particles can be used for long-distance transmission of interstellar information, and quantum effects can prevent the transmitted information from being intercepted and deciphered.

"Human knowledge is usually tightly blocked, but this book spans almost all sciences, which is exciting and exciting. It is always a great pleasure to know how the first-rate scholars know and master the greatest secrets. These first-class scholars always resolutely oppose mysticism when exploring the mysteries of nature. "

"For me, quarks and leopards are what I call simple and complex aspects of nature. Quark is a symbol in the laws of physics. Once put forward, it was completely accepted before human beings fully analyzed it. So is the jaguar. Although people can smell its pungent smell in the bushes, it is only a possible metaphor of an unpredictable complex adaptive system and has not been carefully analyzed. "

This book is as interesting as the author's. He weaves seemingly unrelated things such as chimpanzee behavior, avalanche mechanics, superstring theory and Shakespeare into a fascinating story. It's really wonderful!

German, a gifted American physicist and discoverer of quarks. He won the 1969 Nobel Prize in Physics for his contribution and discovery to the classification of elementary particles and their interaction with Nan Fang.

The Terrible Symmetry turned the amazing discovery of contemporary physics into popular literature, which everyone can understand. Agger is an outstanding scientist and critic. In this book, he tells how contemporary theorists follow Einstein's example and explore the beauty and simplicity of nature. "Terrible symmetry" makes us regard physics not only as a set of theoretical facts, but also as knowledge to explore the motion of the universe bravely. This is the first book to explain how "symmetry" lays the foundation of modern physics thought and aesthetics. Through this book, we can explore the profound and abstract symmetry of the basic laws of nature from the living forms of symmetry around us. Mr. re shows how symmetry plans the grand structure of nature from various phenomena such as the life of the planet, the magic of light, the vast universe and the life and death of particles.

Agger: American physicist, born in China, grew up in Brazil, studied at Princeton University and Harvard University, traveled and lectured all over the world, and served as a professor at the University of California and the Institute of Theoretical Studies in Santa Barbara.