Quantum Immortality

The author's introduction is wrong, so I'd like to clarify it for everyone. Let's first talk about the current theories and possible implementations, from easy to difficult. Fifth generation computers. 1. Computers that can recognize natural language Computers in the future will achieve major breakthroughs in comprehensive processing capabilities such as pattern recognition, language processing, sentence analysis and semantic analysis. It can recognize isolated words, continuous words, continuous language and natural language (including spoken language) of specific or non-specific objects. In the future, humans will increasingly talk to machines. They will "dictate" letters to a personal computer, "discuss" procedures for protecting clothes with a washing machine, or use words to "subdue" a disobedient tape recorder. The days of the keyboard and mouse are slowly coming to an end. PS, the current technology can be said to be completely possible, but I can't find it on the market, it only exists in movies. High speed superconducting computer The power consumption of a high-speed superconducting computer is only a few thousandths of that of a semiconductor device computer. It only takes one billionth of a second to execute an instruction, which is dozens of times faster than semiconductor devices. The integrated circuit chip of a superconducting computer manufactured with current technology is only 3-5 square millimeters in size. Laser computer A laser computer is a computer that uses lasers as a carrier for information processing. It is also called an optical brain. Its computing speed will be at least 1,000 times faster than ordinary electronic computers. It relies on laser beams entering an array of mirrors and lenses to process information. Similar to electronic computers, laser computers also rely on a series of logical operations to process and solve problems. The non-interference characteristics of light beams under normal conditions enable laser computers to open up many parallel information channels in a very small space with an astonishing density. A prism with a cross-section the size of a 5-cent coin can pass many times more than all existing cables in the world. Molecular computer Molecular computers are brewing. Hewlett-Packard Company and the University of California announced on July 16, 1999 that they had successfully developed a logic gate circuit in a molecular computer. Its line width is only the sum of the diameters of several atoms. The computing speed of the molecular computer is 100 billion times that of current computers, and it will eventually replace silicon chip computers. Quantum computer Quantum mechanics demonstrates that individual photons do not normally interact with each other, but when they come together with atoms within an optical cavity, they can have a strong influence on each other. This characteristic of photons can be used to develop information processing devices with quantum mechanical effects - optical quantum logic gates, and then create quantum computers. Quantum computers work by exploiting the multiple spins of atoms. Quantum computers can calculate on qubits, which can calculate between 0 and 1. In theory, quantum computers are capable of exceeding the performance of any standard computer imaginable. DNA computer Scientists have discovered that deoxyribonucleic acid (DNA) has a characteristic that can carry a large amount of genetic material of an organism. Mathematicians, biologists, chemists and computer experts have been inspired by this and are collaborating to create future liquid DNA computers. The working principle of this kind of DNA computer is based on chemical reactions that occur instantaneously. Through interaction with enzymes, the process is molecularly encoded, and binary numbers are translated into fragments of genetic code. Each fragment is a strand of the famous double helix. The problem is then answered in the form of a new DNA encoding. Compared with ordinary computers, the first advantage of DNA computers is that they are small in size, but the amount of information stored exceeds all computers in the world today. Now introduce the sixth generation computers that may be realized in the future neuronal computer The power and magic of human neural networks are well known. In the future, people will create computer systems that can perform functions similar to the human brain, that is, artificial neuron networks. The most promising application area for neuronal computers is defense: it can identify objects and targets, process complex radar signals, and decide which targets to destroy. Neuronal computers' associative information storage, natural adaptability to learning, and parallel repetition phenomena in data processing will all be extremely effective. Biological computer Biocomputers are computers mainly built with bioelectronic components. It utilizes the switching properties of proteins and uses protein molecules as components to create biochips. Its performance is determined by the switching speed of current opening and closing between components. Made with protein

I decided to read the book just after reading the title. It's a very good title. I hope I can continue writing it.

Quantum immortality, updated again!! Follow the "Ascended One" public number wx. Chapter 80 will be updated at 8 o'clock tonight.

Wow! No update for eight months! 🔨

Hot list 15? What's going on?

So isn't this Dr. Manhattan traveling through Marvel?

What a pity this book It seems that at the beginning, Cheren said that the author copied someone else's work... Then the author became heartbroken... Then the first few chapters of the book were greatly changed... Then it took a long time to update a chapter... And then it became like this…

So there is a rewrite of quantum immortality? What's it called

Quantum... The Herrscher of Death-Floai Hill!

If you only cultivate your nature but not your life, it will be difficult for your ghost spirit to become a saint. Life has reached its extreme, and sex has just begun.