This Quantum Gas Refuses To Follow the Rules of Classical Physics

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 This Quantum Gas Refuses To Follow the Rules of Classical Physics



In everyday physics, transport refers to the movement of something from one place to another. This can include electricity traveling through a wire, heat spreading through a metal, or water flowing inside a pipe. In each case, the behavior of the flow depends on how freely charge, energy, or mass can move through a material. Under normal conditions, interactions such as collisions and friction create resistance, which gradually weakens these flows or brings them to a stop. Researchers at the Vienna University of Technology have now demonstrated an unusual exception to this familiar behavior.

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