We're only a quantum computer away from God.

We're only a quantum computer away from God.

Jesus Christ, can you create a rock that you can't lift? God smiled and did not language, silently pulled out a quantum computer.

Zackerberg, one of the danale of the technology industry, is the headline of the Facebook Empire, and the headlines of the last tech news are natural, but lately we've found that he seems intent on capturing all the news sections except the tech channel.

Last week he took a huge amount of money to occupy the high ground of social news, and this time he detonated his circle of friends with another seemingly careless photograph.

▲ "You think I am in the dazzle of the father, in fact, I am a show IQ"

The child is not one months old, Xiao Tie is already telling her quantum physics!!! To some extent, Xiao tie is also a very courageous father, dare to risk the child mental problems to popularize basic scientific knowledge (mistake). Because it is said that the person who studies quantum physics, the book is like this:

Mechanics-Thermodynamics-electromagnetics-optics-theoretical mechanics-Mathematical and physical methods-atomic physics-electrodynamics-Jes-Quantum mechanics-Solid state physics-differential geometry and general relativity--Quantum electrodynamics-Quantum field theory basis-electrodynamics--Quantum dynamics--string theory and M theory--hair nutrition and regeneration-- A guide to the rehabilitation of cervical spondylosis-hypertension-antihypertensive guide-Moral Sutra-Great Nirvana Sutra-Psychiatric symptoms-Psychiatric rehabilitation Guidelines

▲ "I. To. Collapse. Break. The ”

Since quantum physics is so dangerous, why are so many people willing to study it? Needless to say is to explore the origin of the microcosm, and not to satisfy the original curiosity of mankind, to say the truth, because quantum physics is really,

Super! Level! Real! Use!

For example, in recent days, news has claimed that the quantum computers that Google and NASA have worked on are 100 million times times faster than conventional computers.

▲ "I was shocked."

But when the doggy are still shocked, the witty meow has already understood everything.

--This is Schrödinger's cat.

Animals that are not loved by scientists are not good stars, and "Schrödinger's cat" must be the most famous pet in the scientific community. Quantum superposition states that the cat is in a state of birth and death, and it is this one that gives the public a perceptual understanding of the metaphysical and metaphysical quantum theory.

In fact, the computational principle of quantum computers is the same as Schrodinger's cat, which uses "quantum superposition states". In traditional computers, each digit (that is, bit, bit) can only be selected in 0 or 1 of the state, while quantum computers use quantum superposition states, each qubit (qubit) can be in both 0 and 1 of the state. A quantum-bit sequence can simultaneously express all possible combinations of 0 and 1, which means that the computer can simultaneously try out all possible solutions and perform complex computations beyond the speed of ultra-conventional computers. Know that you can not understand, so the tadpole king decided:

Imagine that you were asked to find a capital letter "X" on a page of a book in the Library of Congress within 5 minutes, which is almost impossible, because there are 50 million books. But if you are in 50 million parallel realities, and every reality can look at different books, you can certainly find this "X" in one of these realities. In this hypothesis, a normal computer is like a madman, you need to find as many books as possible in 5 minutes. And quantum computers can copy you out of 50 million, each with just one book to search for.

This is not what I said, but Eric Ladizinsky, co-founder of D-wave, a quantum computer company, said. The quantum computers that Google and NASA are studying together are actually purchased from this "D-wave" company, really?

Since quantum computers have been developed successfully, why is it not yet popular? Because, it's operating conditions are too harsh!

To vacuum the environment

To absolutely 0 degrees.

To protect the magnetic field

Quantum mechanics is the science of micro-scale, and in order to control the quantum bits of a computer, it is necessary to manipulate individual atoms, so the conditions are very harsh. Atoms at room temperature at a speed of up to hundreds of meters per second, only to keep atoms at a very low temperature state, can be controlled. So the "D wave" of the company's quantum computer D-wave 2X, the processor temperature has been stable at 273 ℃, only 0.015 ℃ higher than the absolute zero of the universe. In addition, the quantum computer will be placed 50,000 times times weaker than the Earth's magnetic field (basically equivalent to no magnetic field), atmospheric pressure is 10 billion times times smaller than the Earth (basically equivalent to a vacuum) in the environment to maintain the stability of the quantum state.

The "D-wave" computer just saw the box, the real secret inside.

In addition to the strict environmental requirements, because the computational methods of quantum computers are completely different, the way of programming is completely different and more complex. This means that there are few programmers in the world who are proficient in the design of quantum computer code, and everyone has to learn from the beginning.

▲ programmers are also tired and do not love

But even so, the study of quantum computers will never stop, because it can subvert the whole world.

1. Make the weather forecast more accurate

Today's weather forecasts are mostly based on speculative data, which is difficult to ensure accuracy. But quantum computers can analyze all of the data at once, providing us with better models that accurately show when and where bad weather will occur.

No longer need to take an umbrella to go out and tangled up ~

2. Say goodbye to traffic jams

If you go to 3 places a day, GPS can help you optimize the best route. But if we have a quantum computer, we can put all the travel plans of the whole city and even the whole planet into it, and let it calculate the optimal solution. Then the problem of traffic congestion must be greatly alleviated.

Further, if all the cars are unmanned, and the computing power of the quantum computer to control, so even if the road is full of vehicles like the picture, all cars can also be synchronized high-speed travel. Because all cars equal to the "same person" control, is a whole, without communication between each other, everything has been optimized to the best.

3. Promoting bio-pharmaceutical development

It is difficult to study the interaction of molecules at the quantum level in the laboratory, which is difficult to emulate on traditional computers, but quantum computers are capable of such work. In the process of developing new drugs, chemists need to experiment with countless different combinations of molecules to find really effective drugs. Quantum computers can draw trillions of molecular combinations to quickly identify the most likely combinations of potential effects from a multitude of possibilities, which will significantly save research and development costs and drug development time.

▲ looking for your sister is a pattern Tucson broken

In short, after a qualitative leap in computational speed, all aspects of our lives are completely changed.

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We're only a quantum computer away from God.