I It is reported that two quantum light sources have achieved quantum mechanical entanglement visible to the naked eye for the first time, opening the door for the commercial application of quantum technology, which means that the realization of quantum Internet is close at hand. Scientists were even more pleasantly surprised to discover a new quantum entanglement effect. The source of today's breakthrough in quantum mechanics dates back to last year, when physicists at the University of Oxford successfully connected two atomic clocks through quantum entanglement for the first time, which is inseparable from the joint experiment of 17 universities in the UK. As a result, Oxford University created the world's first quantum network of entangled atomic clocks, realizing a great leap forward in physics!
II As early as 2012, scientists planned to use atomic clocks to measure the internal structure of the earth. In 2020, the Massachusetts Institute of Technology in the United States manufactured the world's most advanced quantum entangled atomic clock. This new type of atomic clock centers on quantum entangled atoms and can guarantee that the error will not exceed 1/10 second within 14 billion years. In 2021, physicists used quantum entanglement to create an unprecedentedly accurate new clock, which was a major breakthrough in physics at the time; scientists also realized quantum entanglement between macroscopic objects for the first time in the same year, allowing precise measurement without interference. Until 2022, there are reports of scientists probing the structure of reality with quantum entangled atomic clocks separated by 6 feet.
III Professional information shows that quantum entanglement is an ultra-precise clock that travels through time and space. In quantum mechanics, when several particles interact with each other, since the characteristics of each particle have been integrated into the overall property, the properties of each particle cannot be described separately, but the properties of the overall system can only be described. This phenomenon is called quantum Entanglement or quantum entanglement. The Quantum Optical Light Source System, a laser used in the field of physics, was launched on July 11, 1905. The reason why scientists reinvent atomic clocks time and time again is to make them more accurate. Using quantum entanglement, scientists have developed a perfect clock that can even surpass atomic clocks and optical clocks.
IV On the other hand, the media claimed that the United States created the first quantum entanglement network of atomic clocks and accelerometers. New matter interferometers in the network effectively combine quantum entanglement and quantum delocalization. Using quantum entanglement, a matter-wave interferometer exceeds the standard quantum limit for the first time.
V At this stage, the results of global scientific and technological research collectively show that the evidence of quantum entanglement of macroscopic objects is solid, which will help the research of quantum networks, dark matter and gravitational waves.
