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Kensuke Kobayashi

Researcher at Osaka University

Publications -  191
Citations -  6186

Kensuke Kobayashi is an academic researcher from Osaka University. The author has contributed to research in topics: Magnetic field & Magnetoresistance. The author has an hindex of 36, co-authored 189 publications receiving 5643 citations. Previous affiliations of Kensuke Kobayashi include Institute for Creation Research & University of Tokyo.

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Temperature dependence of carrier spin polarization determined from current-induced domain wall motion in a Co/Ni nanowire

TL;DR: In this paper, the authors investigated the temperature dependence of the current-induced magnetic domain wall motion in a perpendicularly magnetized Co/Ni nanowire at various temperatures and with various applied currents.
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Observation of "partial coherence" in an Aharonov-Bohm interferometer with a quantum dot.

TL;DR: Evidence of "partial coherence" due to an entanglement of spins in the QD and in the interferometer is reported, and the asymmetry in the amplitude around the two Coulomb peaks agrees with the theoretical prediction that the spin-flip process in a QD is related to the quantum dephasing of electrons.
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Observation of Coulomb-Assisted Nuclear Bound State of Ξ^{-}-^{14}N System.

S H Hayakawa, +102 more
TL;DR: In an emulsion-counter hybrid experiment performed at J-PARC, a Ξ^{-} absorption event was observed which decayed into twin single-Κ hypernuclei which indicates a weak ΞN-ΛΛ coupling.
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Dynamical Pinning of a Domain Wall in a Magnetic Nanowire Induced by Walker Breakdown

TL;DR: The micromagnetics simulation reveals that the domain wall motion in the wire with finite roughness causes the dynamical pinning due to the Walker breakdown, which semiquantitatively explains the experimental results.
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Quantum Fluctuations along Symmetry Crossover in a Kondo-Correlated Quantum Dot

TL;DR: This work modified quantum fluctuations to directly measure their influence on the many-body properties along the crossover from SU(4) to SU(2) symmetry of the ground state, demonstrating that nonlinear noise constitutes a measure of quantum fluctuations that can be used to tackle quantum phase transitions.