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LiveScience
LiveScience
Andrey Feldman

Tweak to Schrödinger's cat equation could unite Einstein's relativity and quantum mechanics, study hints

An illustration of a wobbly grid representing space-time, in front of a vast field of stars.

Theoretical physicists have proposed a new solution to the Schrödinger's cat paradox, which may allow the theories of quantum mechanics and Einstein's relativity to live in better harmony.

The bizarre laws of quantum physics postulate that physical objects can exist in a combination of multiple states, like being in two places at once or possessing various velocities simultaneously. According to this theory, a system remains in such a "superposition" until it interacts with a measuring device, only acquiring definite values as a result of the measurement. Such an abrupt change in the state of the system is called a collapse.

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