superfluidity

(redirected from Superfluids)
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su·per·flu·id

 (so͞o′pər-flo͞o′ĭd)
n.
A fluid, such as liquid helium, that flows with little or no friction at temperatures close to absolute zero.

su′per·flu·id′i·ty (-flo͞o-ĭd′ĭ-tē) n.

superfluidity

(ˌsuːpəfluːˈɪdɪtɪ)
n
(General Physics) physics the state of being or property of becoming a superfluid
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References in periodicals archive ?
The organisation is at the forefront of topological materials, anatomically thin materials, exciton superfluids, light- transformed materials and nanodevice fabrication.
The SolaGreen Superfluids Technology relies on two superfluids with complementary extracting properties: the sub-critical water and the supercritical CO2, used separately or combined within a two-step process.
Maxwell's treatment however, focused more upon the rotational component of the energy and granted the aether qualities which were unfamiliar in fluids and have only more recently been demonstrated to actually exist in superfluids.
It is well known that topological superfluids are new states of matter that can be observed in two-dimensional atomic Fermi gases with strong Rashba spin-orbit coupling (SOC), conventional s-wave pairing, and out-of-plane magnetic field (Zeeman field) which breaks time-reversal symmetry.
We have discussed the important role of anomalous weak interactions in mechanisms of neutrino emission taking place in fermionic superfluids typical for the NS cores.
Then, that the scalar field of the 5D gravity can shield the gravitational field (or flatten the spacetime) and polarize the space or vacuum must imply that the Ginzburg-Landau scalar field of superconductors and superfluids in the state of Bose-Einstein condensates can also shield the gravitational field (or flatten the spacetime) and polarize the space or vacuum.
In two papers published in Physical Review Letters on January 7 and September 14, Zurek and colleagues proposed using superconductors--materials that allow electricity to flow without resistance--and superfluids, which allow fluids to flow without friction, to detect low-mass dark matter particles.
These researchers looked at the more exotic states of matter such as superconductors, superfluids, and thin magnetic films.
The trio used advanced mathematical modelling to study strange "phases" of matter such as superconductors, superfluids and thin magnetic films.
The trio used a branch of mathematics called topology to study strange "phases" of matter such as superconductors, superfluids and thin magnetic films.
David Thouless, Duncan Haldane and Michael Kosterlitz, were awarded the Nobel Prize in physics for using "advanced mathematical methods to study unusual phases, or states, of matter, such as superconductors, superfluids or thin magnetic films," said the Academy in a press release.
They devote some attention to models for quantum liquids, including superconductors and superfluids, and briefly review open problems in relativistic fields and quantum gravity.