Tech News Quantum – Google has released a new chip, which now takes five minutes to finish the world’s fastest supercomputers – or 10, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000, 000
Chip is the latest growth in a field called Quantum computing – it tries to use the principles of particles of physics to create a new type of mindset system.
Tech News Quantum
Google says that the new Quantum tile, called “Willow”, says that the main “improvements” and “lead to a large, large amount of shame”.
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However, Willow is often a dosing system that is more powerful enough to solve real problems in the world – and billions of dollars.
They use quantum – strange behavior of hair particles – to distort faster problems than traditional computers.
It is believed that dose computers can eventually use the ability to accelerate complex processes such as creating new drugs.
There is also a fear that it can be used to be weak – for example, to break several types of code used to protect important data.
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In February, Apple announced that the “quantum” is made to stop reading of a powerful future quantum to protect the video chat.
Hartmade Nevan leads the Quantum AI Laboratory of Google, which created Willow and describes itself as the “main trustee” of the project.
He said Willow will be used in some practical applications – but now, now refused to provide more information.
But a chip that can perform a business program will not appear at the end of the decade, he said.
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“For example, when it comes to the design of the atomic integration to understand the activity of drug and drug development, it would be appropriate to create the best car batteries and another long list of such projects”.
But computer specialist Surrey University, Alan Woodward, said dosing computers were better in many projects than current “classic” computers, but they do not change them.
Google causes problems to use as a criterion for performance, as a “dosing system”, which does not prove “Increased International Percentage compared to classic computers”.
However, there is a major problem with technology that it is likely to cause errors – it has increasingly increased with chips.
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But Google scientists have changed this and have been able to handle the new tile engineer and the program, so that the number of employees has increased as the error ratio decreases throughout the system.
This is a great “revolution”, which has distorted a great challenge that has continued for “almost 30 years”, says Mr. Nevan.
“If you have a plane with a machine – it will work, but two machines are safe and four machines are still safe,” he said.
Errors are a significant obstacle to the establishment of the most powerful dose computers and growth is “encouraging anyone who is trying to create a practical dosing system.”
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But Google refers to creating useful dose computers in practice, the error ratio must go even lower than the willow.
Its director, Michael Quutburt, said he had notified the language that was inspired by “Efla” and Willow thought it was a turning point but a turning point.
In the end, dose computers will help many projects, including “freight or telecommunications marks on the aircraft or energy stored throughout the network”.
There were already 50 dose companies in the UK, which have financed $ 800 million and hired 1300 people.
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On Friday, scientists at the University of Oxford published in Japan and Osaka University a study that showed the lowest error ratio in the fixed ion set.
Their different method is to create a dosing system that is capable of working at Google’s room temperature tile should be effective at low temperatures. Wireless technology helps to send and get a super ball dose system without creating more error.
Title: This image shows a transmitter chip created by scientists placed in a complex refrigerator containing a dose computer. Using high -speed terrarts waves that send and receive data from electronic and data outside the refrigerator.
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The image shows a transmitter chip created by scientists placed in a complex fridge containing a dose computer. Using high -speed terrarts waves that send and receive data from electronic and data outside the refrigerator.
Quitts heat erosion that are the construction of blocks of the dosing system, so that the dosing systems are usually refrigerated, keep the temperature above perfect zero (-459 degrees Fahrenheit).
But dose computers must be contacted in a room product environment, with electronics outside the fridge. These electronics related to metal strings bring heat in the refrigerator, which will still work hard and attract the extra power to keep the system cold. In addition, more timing needs more cables, so that the size of the dosing system is defined by how much heat can be removed from the refrigerator.
In order to face this challenge, the intermediate MIT scientists have created a wireless communication system, which allows the dosing system to send and obtain electronic and data outside the refrigerator with high -speed terms.
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You can send data on the transmitter inserted in the refrigerator. Traherts waves created outside the fridge glow through a glass window. The data marked in these waves can be obtained with the tile. The chips also act as a mirror, which reflects their data source from Teraherts waves.
This reflection process also flows most of the power sent in the refrigerator, so that the process produces only low temperatures. The communication system uses 10 times less than 10 times less than a metal cable system.
“By having this reflective mode, you are truly saving energy consumption in the refrigerator and letting all these dirty work outside.
Han and his team, with expertise in waves and electronics, provided Quantum Engineering experts in collaboration with England and Quantom Photanics Laboratory Committee and joined the Kryogen exams.
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Jinsen Wang from the first writer and EEC graduate to participate in Han and England on paper; Mohammed Ibrahim Ph.D.21; Isaac Harris, graduate student at Quantum Photanics Lab; Nathan M. Monroe Phd Number22; Muhammad Ibrahim Wasik Khan Ph.D.22; Former Postdog Chiang Yi, who is now a professor at the University of Technology in Southern China. This article will be presented at the International Conference in Solid-Stras Circuits.
Square transmitter chip scientists, which measure approximately 2 millimeters on each side, is placed on quantum theology inside the refrigerator, called the kryostate that maintains kryogen temperature. This super -cold temperature does not damage the tile; In fact, they help run effectively but at room temperature.
The tile sends and gets the tile from the recording of a wave wave outside Chirostete using an inert communication process called the package, which includes meditations. The row of the upper antennas on the tile, each one operates as small glasses only about 200 micrometers. To reflect or “turn off” these mirrors to “turn” to “turn off”.
The teraherts wave production creates data in the waves that send to the cryostate and their “off” antennas can get these waves and data they have.
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When small glasses are turned on, they can be installed, so that they reflect a wave in the current form or turn its stage before pouring. If the reflected wave has the same level, it refers to 0, but if the grid is upside down, it refers to 1. This double signal explains to decoding electronic data outside the crisis.
“This boxcaster technology is not new. For example, RFIDS is based on the communication between the tray system. We lend that idea and bring it in this unique situation. I think this leads to a good combination of this technology,” says Han.
Data is sent with high -speed Traherts
