Physicists Mash Gravity And Quantum To Find Time

Editorials News | Sep-30-2019

Physicists Mash Gravity And Quantum To Find Time

A University of Queensland has led international team of researchers that say they have now discovered "a new kind of quantum time order."
Dr Magdalena Zych, a UQ physicist has said that the discovery has arose from an experiment which the team designed to bring together all elements of the two big, but contradictory theories of physics that were developed in the past of century.
Dr Zych said that his team’s proposal has sought to discover regarding what happens when an object which is massive enough to influence the time flow placed in a quantum state.
She further said and told about how Einstein's theory has described the reason for the presence of a slowed time in massive object.
She further added that imagine two space ships have been asked to fire at each other at a specified and particular time while the action of dodging is done in the other's attack. If either fires earlier, it will than destroy the other.
Furthermore, it is stated In Einstein's theory; that a powerful enemy has the ability to use the principles of general relativity by setting a massive object in place for example it can be like a planet or closer to one ship to slow the time which is passing. She mentioned that because of the time lag, the ship has furthest away from such massive object that will fire earlier, and destroy the other.
Dr. Zych told that the second theory of quantum mechanics, teaches that any object can be in a state of "superposition which means it can be found in different states, one can think of Schrodinger's cat, she added.
Dr. Zych also said that using the theory of quantum mechanics disrupts time, if the enemy put the planet into the state of "quantum superposition”.
"There would be a fresh and new way for the order of events to unfold, with neither of the events being first or second -- but in a genuine quantum state of being both first and second," she added.

By: Prerana Sharma
Content: https://www.sciencedaily.com/releases/2019/08/190826122010.htm


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