Category: Physics & Astronomy
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LMC infall is linked to Milky Way halo reflex motion
This research indicates that the Large Magellanic Cloud’s infall into the Milky Way is associated with a measurable reflex motion in outer halo stars, and the authors estimate both that motion and the Large Magellanic Cloud mass within 50 kiloparsecs.
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High mass ratios widen post-common-envelope separations somewhat
This research indicates that higher companion-to-primary mass ratios can lead to wider post-common-envelope orbital separations, but not wide enough to match the observed systems described in the abstract.
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Glitches cause small to minor bias in EMRI inference
This research indicates that transient non-Gaussian noise artifacts called glitches can bias parameter estimates for extreme mass ratio inspirals in the Laser Interferometer Space Antenna, but moderately mitigated glitch streams have only negligible to minor effects.
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Compact formula for conserved three-point tensor structures in 4D CFT
This research indicates that a compact analytic formula can describe a complete basis of conformally invariant tensor structures for three-point functions of conserved operators in four-dimensional conformal field theory.
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Single fluxonium qubit shows microwave EIT, delay, and storage
This research indicates that a single fluxonium qubit in a microwave waveguide can show electromagnetically induced transparency, slow microwaves, and store photons.
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Capacitance bridge interferometer measures light-induced radiation force
This research indicates that a tabletop interferometer can measure the radiation force exerted by light using capacitance changes in a cantilever system.
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Thermodynamically consistent models estimate open quantum system components
This research indicates that a data-driven model can estimate the Hamiltonian and linear environmental coupling terms in open quantum systems while remaining thermodynamically consistent.
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Model derives thermodynamically consistent frictional contact relations
This research indicates that frictional particle contacts in colloidal systems can be modeled in a thermodynamically consistent way that includes thermal fluctuations and rotation-translation coupling.
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Laser-plasma VHEE modeling showed favorable deep dose delivery
This research indicates that very high-energy electron beams from a laser-plasma accelerator, delivered through a beamline, can produce favorable dose distribution for reaching deep areas inside a phantom.
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Defective atomic lattice enables unidirectional reflection lasing
This research indicates that a one-dimensional defective atomic lattice with coherent gain can produce mode-tunable unidirectional reflection lasing.
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