Succeeded in creating a ``theoretical wormhole'' through which information can pass using a quantum computer

It was reported that researchers succeeded in creating something equivalent to a `` wormhole '' that can move tens of thousands of light years in an instant using a quantum computer.

Traversable wormhole dynamics on a quantum processor | Nature

Google Researchers Create Traversable Holographic Wormhole Using Quantum Computer In New Study
https://www.vice.com/en/article/bvmaaw/google-researchers-create-traversable-holographic-wormhole-using-quantum-computer-in-new-study

Physicists Create Theoretical Wormhole Using Quantum Computer
https://scitechdaily.com/physicists-create-theoretical-wormhole-using-quantum-computer/

The concept of 'wormhole' was proposed by physicist Hermann Weyl in 1928. It was named by physicist John Wheeler in 1957. At this time, Wheeler shows a diagram of a tube that connects space and space, and in science fiction works, there may be a description of `` using a wormhole to instantly move to a distant point ''.

A team of scientists from Google, MIT, Caltech, and Harvard University conducted quantum experiments to study the behavior of theoretical wormholes using quantum computers, and investigated the relevance of wormholes to quantum physics. .

In this study, the research team created a state of quantum entanglement between quantum computers and sent messages through them. The message was scrambled when entering the system, but unscrambled on the other side due to entanglement. In other words, the entanglement of multiple qubits became a substitute for physical wormholes, and the research team reported that ``we succeeded in creating a holographic wormhole through which information can pass''.

The research content itself is not an innovative discovery, and it is said that 'a classical computer can do the same thing', but 'a quantum computer can explore complex ideas like quantum gravity'. It is important to prove that Professor Maria Spiropro, who was involved in the research, said that even if modern quantum computers have not yet met the challenges, continued development could play a major role in future discoveries.