Researchers with the University of Tokyo may have directly witnessed the quantum reaction that results from the exposure of biological tissue to a magnetic field, a mechanism hypothesized to be behind the magneto-receptive sense that can guide birds on their long migratory routes. Although it has been long established that certain speciesread more

Quantum researchers have managed to simulate the reversal of time at the quantum scale, using IBM’s quantum computers. Although the effect is simulated, the implication of this experiment is that the arrow of time doesn’t necessarily have to flow in one direction, but can be reversed, allowing what once wasread more

Over the course of an experiment involving the quantum entanglement of photons produced from naturally-occurring bioluminescent material, a team of researchers from Northwestern University has discovered that the special structure of proteins that were part of the bio-material somehow protected the photons’ quantum state from being disrupted. Typically, quantum states generated in the lab are very fragile, and researchers go to great lengths to ensure that the particles they’re studying aren’t affected by external forces before they have a chance to measure their properties.
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