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An obsession to physicists for nearly a century 'ghost particles' (ie outside Erfei Mi son). Hong Kong, 'South China Morning Post' Web site reported on July 23, this breakthrough discovery will greatly promote the development of future technologies, such as supercomputers than the current quantum computers run faster and be able to achieve a charging year smartphone . Reported that only one pole, Chinese Academy of Sciences said in a statement, after years of research, Institute of Physics Professor Fang Zhong led the research team confirmed the presence of the child outside Erfei Mi on its website. In 1929, German mathematician, physicist Hermann Weyl first proposed such a massless particle - outside Erfei Mi son. Weng Hongming researcher involved in the project in an interview, said: 'You can think of it as only one pole of a tiny bar magnet.' Weng Hongming said that in nature, no matter how small you cut the magnet it always comes with north and south poles, the magnetic field between the magnetic poles flows. As there is only one pole and no mass particles outside Erfei Mi son to complete many of the current science and technology unattainable task. Quantum state long-term impact of external Erfei Mi Son found to bring smartphones particularly significant, can solve the intelligent electronic device standby time is short, quick power consumption problem. It reported that the current electronic device charging routine is the flow of electrons into the device through wires and circuits. These particles are not only cumbersome, difficult to control, but also lead to loss of energy. If we use the outer Erfei Mi son will displace a fermion system can hardly guarantee the current loss, and to ensure the completion of the high computing power with almost no loss of energy. Er Feimi outside material containing child can act as superconductors, which can also be applied to the field of quantum physics. This material can be maintained for a long time quantum state, without or little affected by the outside world, making it practical to build a high fault-tolerant quantum computers popular material. It reported that the biggest challenge to the manufacture of such a device is facing in the past been used for quantum computing quantum state of photons and other particles that have vulnerabilities. Electromagnetic interference or physical interference can