"Quantum Lie Detector": test allows to distinguish real quantum computers from imitators
Dutch and Chinese physicists have developed a test to see, if the large quantum system corresponds to the principles of quantum mechanics, or only imitates them.
Quantum virtual machines will reduce computing from days to hours
American researchers from Columbia University have presented a new computing technology, that allows several people to run programs on a quantum computer simultaneously.
A quantum computer has defeated AI: IBM and Moderna simulate the longest mRNA molecule
American researchers from IBM and Moderna have used quantum modeling to predict the complex secondary structure of a 60-nucleotide mRNA sequence, the longest ever simulated on a quantum computer.
Scientists create antimatter qubit for the first time — it will help to understand why there is only ordinary matter around us
A group of scientists from CERN, working as part of the BASE project on matter and antimatter, has created the world’s first antimatter qubit.
Super-precise qubits: Oxford reduces quantum computer errors to 1 in 6.7 million
Physicists from Oxford University set a new world record for accuracy management of qubits in a quantum computer.
Microsoft improves the accuracy of quantum computing by 1000 times
Microsoft programmers say they’ve managed to develop a new way to fix bugs in quantum computing using innovative 4D coding.
Laser qubits in the sky over Long Island — scientists test quantum communication in the air
American scientists plan to implement a project to test quantum communication in free space. Using lasers, they want to launch qubits over the Long Island Sound.
Quantum breakthrough: real random numbers are generated for the first time
Scientists have managed to generate real random numbers for the first time with the help of a 56-qubit quantum computer.
Physicists discover impossible motion and a new candidate for qubits in quantum computers
Researchers from Molecular Foundry at the Lawrence Livermore National Laboratory Lawrence Berkeley found that low-temperature quantum phases in crystal lattices make the quasiparticle excitons move even under conditions in which any movement was expected to be impossible.
Cats improve quantum computing with their qubits — how it works
Scientists have found an effective solution problems of quantum computing.
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