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Michio Kaku does not know the meaning of the word “impossible”. Or rather, to be more precise, it has restructured the word to make it possible to examine and predict the future of science and technology, from the telephone and time travel to robots and the stars.
Sci Fi Science Physics Of The Impossible
If this sounds like a wild observation, well, that’s half right – it’s certainly an observation, but it’s far from wild. Kaku is well placed to try to imagine what developments may occur in the fields of science and technology in the coming years, centuries, millennia and aeons.
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He is a respected physicist and one of the world’s leading authorities on ocean theory (essentially the effort to discover the “organism of all things” in the combination of all known physical forces), and he also specializes in future science, has presented several television programs. on the subject, most recently BBC4’s documentary vision of the future.
In hand, for those of us not au fait with the process of speculating on the future of physics, it is dividing its impossibilities into three categories. Class I vulnerabilities are technologies that are impossible today, but do not violate the known laws of physics. Kaku estimates that these abilities – including things like teleportation and psychokinesis – could be implemented in some reduced form sometime within the next couple of hundred years.
Class II vulnerabilities such as time machines and hyperspace travel are at the edge of our scientific understanding, and may take millions of years to become possible. And the trickiest of all, Class III anomalies, are technologies which break the laws of physics as we know them. Surprisingly, there are very few, and Kaku only examines two, perpetual motion thought and precognition (seeing into the future).
If all of this sounds like pie in the sky, think again. After all, how would scientists react 200 years ago if you told them about the internet, the atomic bomb or the moon landings? What would they have made of Einstein’s theory of relativity?
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What this book is, in fact, is a serious look at the science behind all the crazy futuristic ideas that have cropped up in science fiction over the years. Indeed, there are so many references to Star Trek and Star Wars scattered throughout this fun journey, that you sometimes wonder if some scientists spend all their time watching old sci-fi reboots and trying to work as you can modify the technologies in them.
That’s not to say that Physics of the Impossible is far-fetched. Kaku is very careful to present his cases in terms of recent scientific and technological developments where possible, and for the most part he is a clear and engaging writer, who has able to address some complex physics concepts in terms that are easy to understand.
In this respect, it is best in the earlier chapters, when you are dealing with your Class I disabilities. As the paper progresses into the realm of observation more and more, it is forced to rely more on the elimination of current research and development, and more on theoretical physics alone.
He gets a little carried away when talking about possible time travel and parallel worlds, with maybe a little too much high-end science for the average reader, but that’s a minor flaw in what is otherwise a fascinating read. indeed.
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So, what are the chances of force fields, telepathy, sentient robots and teleportation taking place in our lives? It’s pretty cool, but not in the way that Captain Kirk or Han Solo experienced them, that’s for sure. Teleportation, for example, is already possible at the quantum level, scientists have successfully transferred atomic information across the lab instantly. It’s very complex, fraught with problems, and we’re still a very, very long way from “turning me on, Scotty”. But physics backs up.
Similarly, researchers working on helping the disabled have had some success in using brain waves to physically touch physical objects. Using microchips implanted in the brain, special software and hardware and a technique called a biofeedback loop, patients can train their brains to signal for tasks to be performed. Again, this is a million miles from Carrie burning the school dance in Stephen King’s horror movie, but it’s amazing nonetheless.
And what about the stars? Kaku examines no less than ten different ways of traveling to the stars, from plasma engines to solar ships, space elevators to nanoships. For many of these ideas, physics is well known, but there are still big problems to overcome in terms of creating good technology at a cost that won’t cripple the global economy.
On the one hand, this is an interesting vision of our possible development over the coming millennia, but at the same time it is also a hindrance. After reading Kaku’s endless enthusiasm for the future, what wouldn’t you give for a real-time machine to walk forward and see how accurate its predictions are.
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Please refresh the page or navigate to another page on the site to log in automatically Please tell your browser to log in It’s a hot Monday afternoon and a dark-haired boy is watching the evening news. black and white photos of him beaming with his family in Palo Alto. , California. A famous scientist has died in the future, and the media company has put together a short video that covers the main points of his life. While the anchorman announces the news, a picture of the scientist rolls on the family’s small TV set. The video ends with a picture of the scientist’s desk where his manuscript is unfinished, the anchorman said.
The eight-year-old boy’s name is Michio Kaku and later, he will prove to complete Einstein’s work and find an equation that will allow us to “read the heart of God”.
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A brilliant scientist, best-selling author, great speaker, futurist, and popular scientist, Michio Kaku is one of the greatest minds of our time.
His family pointed to his natural inclination by taking him to university libraries to study. He will find books on subjects like the fourth dimension, antimatter, parallel universes. The problem is – there are no science books for children.
When I grew up and became a professor of theoretical physics and I worked in unified space science, I wanted to write for myself as a child. Michio Kaku
To participate in the National Science Fair, he assembled a particle accelerator in his mother’s garage – his goal was to produce antimatter.
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The device caught the attention of the young scientist Edward Teller, the father of the hydrogen bomb who awarded him the Hertz Engineering Scholarship.
He received his PhD in physics from the University of California at Berkeley in 1972 and was a professor at CUNY for 30 years.
Dr. Kaku is an internationally recognized authority in two areas. The first time Einstein unified the field of science, the second was to predict trends affecting business, medicine, finance, and our way of life, based on new research in science.
Michio Kaku is the co-founder of The String Field Theory which believes in the Principle of Everything, the solution that Einstein was looking for when he died.
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The Ocean Principle states that everything we see around us is nothing but the vibrations of tiny oceans. Each subatomic particle is recorded on a vibrating string. According to his theory, physics are harmonies that can be written on vibrating strings, chemistry is melodies that can be played on vibrating strings.
The universe is a symphony of phrases and hearts of God in cosmic music resonating through eleven-dimensional hyperspace. Michio KakuAuthor of nine New York Times bestsellers
Dr. Kaku fulfilled the promise he made to himself when he was young: not only did he write scientific books for everyone to read, but he became an international media celebrity and a famous scientific celebrity.
His great effort to make science available to everyone is why many refer to him as
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Over the past twenty years, Dr. Kaku has been featured in science fiction on television, film and radio: Larry King Show, David Letterman Show, PBS’s
In January 2009, he signed a contract with the Science Channel to host a 12-part science series based on the bestseller, Physics of the Impossible. The series aired on December 1, 2009. In the deal, Science Channel also asked Dr Kaku to be the public face of Science.
He was featured in the full-length, 90-minute feature film, Me and Isaac Newton, which was nominated for an Emmy in 2001. He was profiled in Tech-TV’s Big Thinkers series.
In his videos, he tackles many hot topics such as designer babies, jobs of the future, epigenetics & evolution, the rise of robots, black holes etc.
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A visionary in his own right, Dr. Kaku was one of the first public figures to
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