Physics of the Future_ How Science Will Shape Human Destiny...

Renew：Part 24
Author：Michio Kaku
Update：08-15-2023
Tags：Computers Technology
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Chapter List

Chapter 1
Chapter 4 Chapter 4, when we a.n.a.lyze nanotechnology. For the rest of this chapter, we will a.s.sume that physicists have found a successor to silicon power, but that computer power grows at a much slower pace than before. Computers will most likely continue to grow exponentially, but the doubling time will not be eighteen months, but many years.
Chapter 4 Chapter 4. By the end of this century, physicists may be able to create superconductors that can operate at room temperature, thereby allowing us to create huge magnetic fields that require little power. In the same way that the twentieth century was the age of electricity, the future may bring us room-temperature superconductors that will give us the age of magnetism.
Chapter 2, G.o.d created man out of dust, and then "breathed into his nostrils the breath of life, and man became a living soul." According to Greek and Roman mythology, the G.o.ddess Venus could make statues spring to life. Venus, taking pity on the artist Pygmalion when he fell hopelessly in love with his statue, granted his fondest wish and turned the statue into a beautiful woman, Galatea. The G.o.d Vulcan, the blacksmith to the G.o.ds, could even create an army of mechanical servants made of metal that he brought to life.
Chapter 5
Chapter 4 Chapter 4 for more on the post-silicon era.) In this book, I have a.s.sumed that computer power will continue to grow, but at a slower rate. for more on the post-silicon era.) In this book, I have a.s.sumed that computer power will continue to grow, but at a slower rate.
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 3 Chapter 3, in the future we will have tiny sensors in our clothes, body, and bathroom, constantly monitoring our health and detecting diseases like cancer years before they become a danger. The key to this is the DNA chip, which promises a "laboratory on a chip." Like the tricorder of Star Trek, Star Trek, these tiny sensors will give us a medical a.n.a.lysis within minutes. these tiny sensors will give us a medical a.n.a.lysis within minutes.
Chapter 2 Chapter 2. While the modular robots contain smart blocks, about 2 inches in size, that can rearrange themselves, programmable matter shrinks these building blocks to submillimeter size and beyond.) One of the promoters of this technology is Jason Campbell, a senior researcher at Intel. He says, "Think of a mobile device. My cell phone is too big to fit comfortably in my pocket and too small for my fingers. It"s worse if I try to watch movies or do my e-mail. But if I had 200 to 300 milliliters of catoms, I could have it take on the shape of the device that I need at that moment." So one moment, I have a cell phone in my hand. The next moment, it morphs into something else. This way, I don"t have to carry so many electronic gadgets.
Chapter 13
Chapter 14
Chapter 6 Chapter 6.
Chapter 16
Chapter 17
Chapter 18
Chapter 19
Chapter 20
Chapter 3 Chapter 3, the second law is the most interesting and, in fact, may eventually determine the fate of an advanced civilization. Simply put, the second law of thermodynamics says that the total amount of entropy (disorder or chaos) always increases. This means that all things must pa.s.s; objects must rot, decay, rust, age, or fall apart. (We never see total entropy decrease. decrease. For example, we never see fried eggs leap from the frying pan and back into the sh.e.l.l. We never see sugar crystals in a cup of coffee suddenly unmix and jump into your spoon. These events are so exceedingly rare that the word "unmix" does not exist in the English-or any other-language.) For example, we never see fried eggs leap from the frying pan and back into the sh.e.l.l. We never see sugar crystals in a cup of coffee suddenly unmix and jump into your spoon. These events are so exceedingly rare that the word "unmix" does not exist in the English-or any other-language.) So if civilizations of the future blindly produce energy as they rise to a Type II or III civilization, they will create so much waste heat that their home planet will become uninhabitable. Entropy, in the form of waste heat, chaos, and pollution, will essentially destroy their civilization. Similarly, if they produce information by cutting down entire forests and generating mountains of waste paper, the civilization will be buried in its own information waste.
Chapter 22
Chapter 23
Chapter 24