Scientists Create The First Room Temperature Quantum Computer – Thanks To Time Crystals

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Atoms in perpetual motion have long been considered impossible to create time crystals. It was discovered that temporal crystals may be made and that they possess the capacity to be valuable technologies.

In an attempt that appears to defy the rules of science, researchers have produced that the very first two-body – “time-crystal” configuration. After previously witnessing the first interactions with the novel state of matter, the very same group is now reporting on their findings.

Frank Wilczek first proposed the concept of time crystals in 2012, and researchers confirmed their existence in 2016 after discovering the anomalous attribute of time crystals to be true. This continual oscillation, spin or movement is what makes up these atoms.

Time crystals vary from conventional crystals, which are formed of atoms organized in a periodic array in space, in that time crystals are not comprised of atoms.

There is no doubt in the minds of scientists that perpetual motion devices are unattainable, one of them said. Perpetual motion, on the other hand, is acceptable in quantum physics if we maintain our eyes shut. We can create time crystals by squeezing through this gap.

Although time crystals shouldn’t occur, it ends up that combining two of them works well. Also known to persist at room temp.

Foundation blocks for a quantum computer are two-level systems. Quantum machines that operate at ambient temperature might be constructed using time crystals.

A millionth of a degree below absolute zero was achieved by cooling superfluid helium-3 (0.0001 K & -273.15 C). A superfluid was used by the scientists to construct 2 time crystals, which were placed close together. It was at this point that the researchers saw the 2 time crystals engaging as predicted by quantum theory.

Susan Kowal
Susan Kowal is a serial entrepreneur, angel investor/advisor, and health enthusiast.