To give you a free experience. New Quantum cloud device for quantum computer

This quantum chip, developed by the University of Bristol, gives everyone a chance to experience http://www.aliyun.com/zixun/aggregation/13408.html "> Quantum computer" You once wanted to play with a quantum computer, But did you find that there was no relationship to get you into the lab? If so, researchers at the University of Bristol have what you need: A "quantum cloud" device. The quantum cloud will allow researchers and the public to make an appointment to visit a miniature quantum chip at a university research laboratory.     The device would allow the use of quantum simulators to experiment with quantum computing, and would also have the opportunity to apply for their experiments at the University of Bristol's quantum-optic-shock processor. The University of Bristol's chip measured about 70x3 millimeters and was first published in 2011. Although it may not have many qubits, its miniature size is seen as a breakthrough in this field. By contrast, NASA and Google (Weibo) are using a quantum processor developed by the controversial D Wave Company.     Although the University of Bristol's chip cannot be programmed for complex problems like the D Wave Company's system, it gives 11545.html ">" a chance to experiment on real quantum computer systems free of charge. The researchers wrote: "The quantum processor chip we developed is located in Bristol Labs and we are continuing to explore, so it's a very advanced frontier technology." This quantum processor will enable you to create and manipulate your own bits, and to measure the superposition and entanglement of quantum phenomena.     "Once people get the chance to use a quantum cloud, they can use the chip to create entanglement between the photon pairs, manipulate the photon state, and measure the effect of the external environment on the photon." One can also use a quantum simulator to test possible quantum experiments with a software simulation. Researchers at the University of Bristol have promised that the simulator is very close to the real device, and it's great that you can try different experiments without using a real quantum processor. "It is very exciting to consider the possible effects of wider use of the technology," said Professor Jeremy O ' Brien, the 618.html director of the project, in a statement.