American physicist Michio Kalay said that he had found evidence of God s existence, is it true?

In addition, from the perspective of modern physics, "God is a mathematician", and the "inch-long mathematical formula" of string theory "allows us to read God's mind". As a theoretical physicist, Calais argues that the "mind of God" is the supersymmetrical string theory, which is "the ** of the universe, which resonates in eleven-dimensional space through superstrings." So Calais does use the term "God's mind" to describe the "truth of the universe" revealed by string theory, but he does not speak of "God" in a religious sense.

I also don't see him say anything like that nature is "created and ruled by the wise" in this passage. The phrase "God's mind" or "God is a mathematician" is nothing more than a metaphorical expression of his mathematical expression of the "theory of all things." There is still a great deal of controversy in today's scientific community about the "theory of everything".

Although Calais has a soft spot for string theory to which he has made contributions, many scientists have criticized string theory for its inability to give useful and falsifiable **, and thus regarded it as a pseudoscience. So the question of whether string theory qualifies as a "theory of everything" that dominates the world is still questionable, and Calais may be overconfident. <>

He does not believe in a "personified God" who can intervene in human history, perform miracles, and hear the prayers of believers, nor does he believe that the Bible is God's revelation. He argues that the age of the earth recorded in the Bible does not match the age of the earth as discovered by geoscientists today, so the Bible is contradictory to science. When asked "why theoretical physicists seem to have strong spirituality", he said:

The universe is so harmonious and orderly that it is not taken for granted that physicists can accurately describe it with a mathematical formula of one inch. Where does such a formula come from? There seems to be an element behind this that goes beyond science.

During a debate with the famous atheist Dawkins, he said that he believed that human beings have the "God gene" to pursue eternity and religious beliefs, and even if science can solve the problem of "universal theory", whether there is a "pusher" behind the big ** and whether there is a creator behind the string theory is still a question that science can never determine. Therefore, he believes that the question of whether God exists is uncertain for man, and that neither atheism nor theism has 100% certainty. <>

often does popular science, and is still quite famous among the public. But in the scientific world, it's just so-so.

"Grimace Physics Lesson", the author's language is witty and humorous, and he tells the history of physics development with ** penmanship, which makes it feel like he can't stop reading, which is very suitable for improving the literacy of physics.

Read more popular science books to enhance your interest in learning physics. Grimace physics classes are recommended, 100,000 Whys, A Brief History of Time, Fun Physics for Middle School Students, Astrophysics, Natural Philosophy and Principles of Mathematics (you may not understand this), Newton's Apple, and the story of a world-famous physicist.

It's a crazy question......

The jury is out at the moment.

This is about the collision of two physical theories, determinism and indeterminism.

The so-called determinism, for example, is like a microscopic particle, we can't ** where it is at each moment, we can only give a probability, but this is because there is a hidden parameter we have not yet discovered, once we find this hidden parameter, we can correspondingly calculate its trajectory, the development of future things is the only certainty.

The uncertainty theory holds that the universe is essentially governed by probability, and we can't find this hidden parameter at all, we can only estimate its probability, and there are many possibilities for future development, and we can only estimate the probability of each possibility, but we can't know exactly which one it will be.

Many scientists, including Einstein and Schrödinger, have spent their entire lives discussing this issue, but to no avail.

Einstein, as a supporter of the definite wheel, has been looking for the "hidden parameter" for the rest of his life, but unfortunately he did not find it, and future generations did not find ......

Einstein's words before his death, "Perhaps, God really rolls the dice" also illustrate the dilemma of this problem.

As far as my personal feelings are concerned, I am more in favor of the theory of indeterminacy, which is ...... if everything in our future is determined only at the beginning of the universe, that is, we cannot control our future, and no matter what we try, our future is determinedIt's scary......So I'd rather believe in uncertainty!! Of course, this is just a personal emotion, and there is no scientific basis for it

What is certain is that our future has been determined, and the destruction of the earth or the solar system and all kinds of unexpected events determine that human beings and life on the earth cannot reproduce forever, and human beings are very small and cannot fully explain the universe with human brainpower. But the universe does have a series of laws and laws and laws, but there are also accidents, the diversity of the universe determines that its future can never be thoroughly explained by human beings, the future of the universe is constantly changing, we can try to explain some phenomena and theories, but it is only the tip of the iceberg.

I don't think anyone has changed the course of the universe, and the universe just operates and evolves according to the laws of nature or its own laws.

According to quantum theory, the future is uncertain. In fact, quantum theory also argues that the past is also uncertain.

The future of physics is the grand unified theory.

Gravitational force, electromagnetic force, strong interaction, weak interaction unity.

I miss you so much. How are you?

2。Father's Day of the future. I'm going home to see my father.

3。I'm sorry, don't you mind if I sit here?

4。Will it take you to school for a long time?

5。Sorry I'm late. The traffic is terrible.

Michio Kare, Professor of Theoretical Physics at the City University of New York; One of the founders of superstring theory; critically acclaimed best-selling author of books such as "Parallel Universe" and "The Future of Physics", which is the basis for his hosting of BBC television, Discovery Channel, Science Channel and other television programs; He is also the host of two radio programs, "Exploration" and "Amazing Science", which are broadcast by more than 140 radio stations.

In this book, Michio Kalay writes one of the most popular magnum opes of higher physics with his clear and witty style, his skill in explaining the deepest theories in layman's terms, and his informative knowledge and passion for the future. Science determines the blueprint for the world in 2100, which makes people fascinated, dazzled, and excited.

Michio Kare, in The Future of Physics, presents us with a wonderful, exciting, and exciting vision for the new century. It describes future revolutionary developments in the fields of wealth, medicine, computers, artificial intelligence, nanotechnology, new energy production, and space technology.

By the year 2100, we will most likely be able to control computers with tiny brain sensors, moving objects with the power of the mind like magicians. Artificial intelligence will be scattered throughout the environment, and web-driven recessive glasses will allow us to access a global repository of information or recall any image we want in the blink of an eye.

At that time, cars will drive autonomously using GPS; Moreover, if a room-temperature superconductor is discovered, the vehicle will fly freely on an air cushion and glide quickly with little friction on a strong magnetic field, heralding the arrival of the magnetic era.

Scientists will use molecular medicine to nurture a variety of human organs, **genetic diseases. Millions of tiny DNA sensors and nanobots that cruise through blood cells will silently scan our bodies for the earliest signals of disease symptoms, and rapid advances in genetic research will allow us to slow or even reverse the aging process, dramatically extending human lifespan.

In space, new needle-sized spacecraft using laser thrusters will replace today's expensive chemical rockets and may be able to visit stars closer to us. The development of nanotechnology could lead to the legendary space lift, capable of sending humans hundreds of miles into space at the touch of a button.

However, these astonishing revelations are just the tip of the iceberg. Dr. Michio Kalai discusses robots with emotions, antimatter rockets, X-ray fluoroscopy, and the ability to create new living forms.

He also took into account the development of the world economy, touching on several key questions: Who will be the winners and losers in the future? Who will have a job? Which countries will prosper?

Dr. Michio Kalai has always explained scientific principles with the rigor of a scientist, studying how quickly certain technologies may mature, to what extent they can be developed, and what are their fundamental limitations and dangers. The book "The Future of Physics" synthesizes a wealth of information to form a fascinating view of the decades leading up to 2100; The book is a gripping, fantastic, and achievable tool for understanding the next century-changing scientific revolution.

Michio Kasei.

Michio Karai is a Japanese-American physicist and professor of theoretical physics at City College of the City University of New York. He graduated from Harvard University and received his Ph.D. from the University of California, Berkeley. He is the author of Beyond Einstein (co-authored with Trainor), Quantum Field Theory, and Introduction to Superstrings.

For the past 10 years, he has also been the host of a one-hour weekly science program on radio stations.