IBM's most powerful computer: twice as much throughput data as the global Internet

According to foreign media reports, IBM is designing the strongest computer in history. The daily data throughput is equivalent to the entire Internet, which can be used to analyze radio waves from space, explore the mysteries of the origins of the universe. The computer will be connected to a 1900-square-kilometer array of telescope arrays covering an area of 4920 square miles (about square kilometers) to analyze the telescope

According to foreign media reports, IBM is designing the strongest computer in history. The daily data throughput is equivalent to the entire Internet, which can be used to analyze radio waves from space, explore the mysteries of the origins of the universe. The computer will be connected to a 1900-square-kilometer array of telescope arrays covering an area of 4920 square miles (about square kilometers) to analyze the telescope

According to foreign media reports, IBM is designing the strongest computer in history. The daily data throughput is equivalent to the entire Internet, which can be used to analyze radio waves from space, explore the mysteries of the origins of the universe. The computer will be connected to a 1900-square-kilometer array, a telescope array that covers an area of 4920 square miles (about square kilometers), to analyze the data obtained by the telescope.The square kilometer array was able to observe the cosmic scene 13 billion years ago. just after the Big Bang, It was the dawn of the universe.

IBM's most powerful computer computing capability is several million times the current fastest PC, and the amount of data processed will be 100 times the amount of data produced by the large-size Hadron body. "The daily data obtained by the square kilometer array is equivalent to twice the daily Internet traffic in the world," said Tang En-nposen from IBM's R & D department ."It is reported that the square kilometer array will be completed in 2024 and can observe the cosmic scene 13 billion years ago. It will be used to study the evolution of Galaxy, dark matter and the origin of the universe.

IBM will use a 3D chip to create this computer to achieve the computing power required by the square kilometer array.The square kilometer array will be equipped with thousands of dish-shaped antennas. The antenna covers an area of more than 1 square kilometer, and the width of the array is equivalent to that of mainland America. The telescope array has a sensitivity of 50 times that of any previous radio telescope and a speed of 10 thousand times that of the current telescope. The daily data produced by the square kilometer array per square kilometer is estimated to reach EB (aibytes ). After processing, the data stored every year is estimated to be between 300 to Pb (byte. In contrast, the European Organization for Nuclear Research's large Large Hadron ordinator generates about 15 petabytes of data each year.

On April 9, April 3, the project leader of the Square Kilometer Array Project held a meeting in Amsterdam to discuss the specific construction location of the giant telescope array. It is reported that the array covers an area of 1900 square miles and is expected to start construction in 2016. "This telescope array will have a profound impact on our understanding of the location of the earth in the universe, at the same time, it will help us to deepen our understanding of the history and future of the universe. We believe that a series of major discoveries will be made in the future ."

Our understanding of the universe. Dr. Ian Griffin from the British scientific discovery centre said: "The Square Kilometer Array project will provide a new tool for writers to make a revolutionary change in our understanding of the universe. This array can be used to observe a vast space area and present incredible details of the galaxy, helping scientists study mysterious and exciting black holes and other celestial bodies, and then validate relativity, it also allows astronomers to learn more about the early history of the universe."

Scientific communities think they can use square kilometer arrays to determine whether life exists outside the solar system. A breakthrough technology is required to search for offline life.The square kilometer array's dish antenna is 15 meters in diameter and can detect the electromagnetic radiation emitted by the celestial body. With incredible sensitivity, they can discover airport radars on a planet 50 light years away from the earth. The dish antenna will be observed with the assistance of low-frequency and mid-Frequency Aperture arrays, which allow the square kilometer array to have a broad field of view and observe multiple space areas at a time.

The square kilometer array uses an astonishing length of optical fiber cable and can be around the Earth for two weeks. Currently, the construction of this telescope array is still unknown, and both Southern Africa and Australia are under consideration. Both regions have an environment suitable for Telescope Observation. The telescope must have the clearest "line of sight" without electronic interference, such as interference from mobile phones ".Square kilometer arrays are expected to start in 2016, and the dish antenna will be put into use eight years later.The prototype KAT-7 for this array consists of seven 16-meter-diameter dish antennas and is currently being tested in the karu desert in South Africa.

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