Quantum state combining crystal structure and frictionless flow seen at room temperature

· Science

Scientists have observed a quantum state of matter that combines the structure of a crystal with the frictionless flow of a liquid, all at room temperature, ScienceDaily reports. The result is described as overturning a major practical limitation of exotic quantum experiments, which typically require extreme cooling. The item does not name the material, the research team or the journal, and gives no numerical values for the effect. Room-temperature operation is the key claim: many quantum phenomena are fragile and vanish outside laboratory conditions, which has limited their use in devices. The researchers suggest the finding could help bring powerful new light-based computing and sensing technologies closer to practical use.

Why it matters：Quantum effects that survive at room temperature would remove a major engineering barrier to quantum computing and sensing, a shift that would affect the entire quantum technology supply chain.

Key points

  • The state combines crystalline structure with frictionless flow.
  • It was observed at room temperature, not under extreme cooling.
  • Researchers point to light-based computing and sensing applications.

Sources (original reporting)

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