#Toutiao Creation Challenge# In the last century, the famous British theoretical physicist Hawking emphasized the fact that rethinking time in quantum mechanics can help us understand the secrets hidden by quantum mechanics.

Inspired by the experiment, Hawking reconsidered the way time is viewed in quantum mechanics. This new approach sees space and time as part of an entity, and the space-time effect triggered by quantum entanglement may help us find white hole and make quantum time travel possible. Hawking devoted his life to developing quantum mechanics and making it look more like general relativity , although Einstein sneered at quantum mechanics during his lifetime. Through the data provided by experimental physicists, Hawking believes that quantum entanglement is more likely to approach unified field theory under the influence of time variables.

Hawking's good partner Penrose said: "Only by transcending calculating physics can technology achieve a qualitative leap. The Abelian algorithm and the theory of quantum entanglement adding time variables are as exciting as the discovery of Higgs boson back then! This theory may guide us to find more physical discoveries, such as whether there is the final destination of other spatial latitudes and the universe." Hawking added that due to the different temporal properties, the entanglement fluctuations and frequencies caused by quantum entanglement are different. In the past, the attributes between particles were determined, and the only variable lies in the future.

When the past and the future act on the present at the same time, the past and future effects triggered by quantum entanglement will act on the present at the same time. Therefore, under the action of time, quantum entanglement affects not only the present, but also the past and the future at the same time. As for the mechanism of action, Hawking believes that since time is a vector and a variable with direction, the variable cannot be a point in a moment or a moment. Based on this principle, the intersection of the past, future and present is based on the point of present. Penrose believes that quantum entanglement has a certain time effect and will fail after a certain time, and this mechanism also requires data supplementation. (If you have any questions on the Internet, please contact us to delete it)