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Results for “STRONG COUPLING”
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Multiple timescales in a strongly coupled dusty plasma revealed by survival-function analysis
Under liquidlike conditions, particles are found to rearrange on multiple timescales in a two-dimensional dusty plasma experiment. Here, our analysis is based on survival functions, which are time-series graphs of the probability that a particle’s number of nearest neighbors remains unchanged. Nondefects are found to exhibit two distinct timescales, revealed by an elbow in their survival function. Defects have survival functions that are more nearly exponential, with decay rates that offer insight at a microscopic level into the viscoelastic relaxation in a liquid
Quantum-Mechanical Interatomic Potentials with Electron Temperature for Strong-Coupling Transition Metals
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Strong Coupling of the Iron-Quadrupole and Anion-Dipole Polarizations in Ba(Fe1-xCox)(2)As-2
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Suppression of Baryon Diffusion and Transport in a Baryon Rich Strongly Coupled Quark-Gluon Plasma
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Monodromy Inflation in the Strong Coupling Regime of the Effective Field Theory
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Strong Coupling between Magnons and Microwave Photons in On-Chip Ferromagnet-Superconductor Thin-Film Devices
We show superconducting resonator. A coupling strength of 0.152 GHz and a cooperativity of 68 are found for a 30-nm-thick Permalloy stripe. The coupling strength is tunable by rotating the biasing magnetic field or changing the volume of Permalloy. We also observe an enhancement of magnon-photon coupling in the nonlinear regime of the superconducting resonator, which is attributed to the nucleation of dynamic flux vortices. Our results demonstrate a critical step towards future integrated hybrid systems for quantum magnonics and on-chip coherent information transfer.
Higgs Boson Production in Bottom-Quark Fusion to Third Order in the Strong Coupling
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Drell-Yan Cross Section to Third Order in the Strong Coupling Constant
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Entropy Measurement of a Strongly Coupled Quantum Dot
The spin 1/2 entropy of electrons trapped in a quantum dot has previously been measured with great accuracy, but the protocol used for that measurement is valid only within a restrictive set of conditions. Here, in this work, we demonstrate a novel entropy measurement protocol that is universal for arbitrary mesoscopic circuits and apply this new approach to measure the entropy of a quantum dot hybridized with a reservoir. The experimental results match closely to numerical renormalization group (NRG) calculations for small and intermediate coupling. For the largest couplings investigated in this Letter, NRG calculations predict a suppression of spin entropy at the charge transition due to the formation of a Kondo singlet, but that suppression is not observed in the experiment.
Are Gluon Showers inside a Quark-Gluon Plasma Strongly Coupled? A Theorist’s Test
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Conundrum of strongly coupled supercurrent flow in both under- and overdoped Bi-2212 round wires
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Pairing in the two-dimensional Hubbard model from weak to strong coupling
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