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IT和Los Alamos National Labs的科学家今日宣布,他们开发出了第一台能够仿真量子系统的量子汁算机。虽然这台原型机只能计数到四,但这一创举无疑仍是向真正的量子计算机迈进的一种重要里程碑。 经过十年的摸索,量子研究在1994年有了巨大突破,当时AT&T Labs的科学家Peter Shor向大家展示了一台量子计算机,经过编程,它的求幂速度要超过任何现有的计算机。四十大盗的宝库从此打开,最终出现了现在的重大突破。 诺贝尔物理奖获得者物理学家Richard Feynman在1982建议说,要开发出新型的计算机必须利用事物的量子特性。在这样的设备中,应该用量子位(quantum bit, qubit)而
Scientists at IT and Los Alamos National Labs announced today that they have developed the first quantum computer capable of simulating quantum systems. Although this prototype can only count to four, but this initiative will undoubtedly be a real milestone toward a quantum computer. After a decade of exploration, quantum research led to a quantum leap in 1994 when Peter Shor, a scientist at AT & T Labs, showed you a quantum computer that was programmed to exponentially outnumber any existing computer. Forty thieves treasure opened from then on, eventually there is a major breakthrough now. Nobel Prize physics physicist Richard Feynman suggested in 1982 that the quantum character of things must be exploited to develop a new type of computer. In such devices, quantum bits (qubits) should be used instead