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9 results for physics.aps.org:
Explaining Mercury’s Superconductivity, 111 Years Later. Theorists have finally explained the superconductivity of mercury, the first superconductor ever discovered—gaining insights that could be relevant to the search for room-temperature superconductors.
physics.aps.orgSubmitted by MistWeaver80 t3_ytfde2 in science
The film surrounding a soap bubble can be up to 8 °C cooler than the environment, a finding that has implications for bubble stability. Glycerol content of the soap film impacted this temperature difference, with films containing more glycerol having higher temperatures.
physics.aps.orgSubmitted by MistWeaver80 t3_zwye4x in science
In 1992, physicists proposed water could transition between high- and low-density liquid forms when it is supercooled—quickly chilled to a temperature below which it would normally freeze. Physicists have now found the strongest computational verification to date for such a liquid–liquid transition.
physics.aps.orgSubmitted by MistWeaver80 t3_zoakdw in science
Researchers have captured the signal of neutrinos from a nuclear reactor using a water-filled neutrino detector, a first for such a device. The finding offers the possibility of making neutrino detectors from a nontoxic material that is easy to handle and inexpensive to obtain.
physics.aps.orgSubmitted by MistWeaver80 t3_11g6cch in science
just1monkey t1_irac569 wrote
Reply to comment by arthurdentwa in Many scientists see fusion as the future of energy – and they're betting big. by filosoful
this [recent article](https://physics.aps.org/articles/v15/s135) about chaining photons together in like a quantum relay? I have to admit I was like making up some words and concepts in my head for all the stuff