“We make an uncertain partner and embrace it,” Dr. Spiropoulos said.
To reach their full potential, computers will need thousands of qubits and millions more “error correction” qubits. Google hopes to reach such a goal by the end of the decade, according to Hartmut Neven, head of the company’s Quantum artificial intelligence lab in Venice, Calif., who is also on the team of Dr. It is Spiropulo.
Richard Feynman, a former Caltech physicist and Nobel laureate, predicted that the ultimate use of this quantum potential could be to investigate quantum physics itself, as in the wormhole experiment.
“I’m excited to see that researchers can live out Feynman’s dream,” Dr Neven said.
The wormhole experiment was done on a version of the Google Sycamore II computer, which has 72 qubits. Their team is only nine for the amount of interference and noise used in the system. They referred to two qubits, which played input and output roles in the experiment.
Seven other issues held two copies of a “scattered” version of a simple version of the holographic university model, called SYK, named after its three authors: Subir Sachdev of Harvard, Jinwu Vos of the University of Mississippi and Alexei Kitaev of Caltech. . Both SYK samples were packed into the same seven qubits. In the experiment, this SYK system played the role of two black holes, one by rushing the message into the toys, as if swallowing it, and then releasing the other by popping.
“It lies in this,” said Dr. Lykken, referring to the message input – a quantum analogue of a series of waves and ciphers. This qubit interacts in the SYK qubit first model; its significance disappeared in a random tumult.
Then, on the tick of the clock, the two SYK systems are connected and the negative energy impulse is passed from the first system to the second, briefly sharpening the latter.
The signal then appeared in its original unscrambled form — in the ninth and last qubit, the second SYK system attached, which represented the other end of the wormhole.
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