P185
Quantized conductance of point contacts in a two-dimensional electron gasSuppression of shot noise in metallic diffusive conductorsTheory of Coulomb-blockade oscillations in the conductance of a quantum dotAndreev Reflection in Ferromagnet-Superconductor JunctionsQuantum Transport in Semiconductor NanostructuresSearch for Majorana Fermions in SuperconductorsWhy Does a Metal—Superconductor Junction Have a Resistance?Transmission probability through a Lévy glass and comparison with a Lévy walk.Random-matrix theory of quantum size effects on nuclear magnetic resonance in metal particles.Antibunched photons emitted by a quantum point contact out of equilibrium.Superconductivity Provides Access to the Chiral Magnetic Effect of an Unpaired Weyl Cone.Electrically detected interferometry of Majorana fermions in a topological insulator.Charge detection enables free-electron quantum computation.Andreev-Bragg Reflection from an Amperian Superconductor.Electronic shot noise in fractal conductors.Specular Andreev reflection in graphene.Signature of wave localization in the time dependence of a reflected pulseDistribution of voltage fluctuations in a current-biased conductor.Effect of chiral symmetry on chaotic scattering from Majorana zero modes.Limits on deviations from Onsager-Casimir symmetry in the resistance of YBa2Cu3O7- delta.Valley filter and valley valve in grapheneTwisted Fermi surface of a thin-film Weyl semimetalValley-momentum locking in a graphene superlattice with Y-shaped Kekulé bond textureWeyl-Majorana solenoidScattering theory of the chiral magnetic effect in a Weyl semimetal: interplay of bulk Weyl cones and surface Fermi arcsA road to reality with topological superconductorsAttractor-repeller pair of topological zero modes in a nonlinear quantum walkBringing order to the expanding fermion zooEffect of a tunnel barrier on the scattering from a Majorana bound state in an Andreev billiardIntroduction : Special issue dedicated to the memory of Markus Büttiker (1950–2013)Magnetic Breakdown and Klein Tunneling in a Type-II Weyl SemimetalTwo-dimensional Josephson vortex lattice and anomalously slow decay of the Fraunhofer oscillations in a ballistic SNS junction with a warped Fermi surfaceWiedemann-Franz-type relation between shot noise and thermal conduction of Majorana surface states in a three-dimensional topological superconductorEven-odd flux quanta effect in the Fraunhofer oscillations of an edge-channel Josephson junctionGiant Negative Magnetoresistance Driven by Spin-Orbit Coupling at theLaAlO3/SrTiO3InterfaceMinimal circuit for a flux-controlled Majorana qubit in a quantum spin-Hall insulatorQuench dynamics of fermion-parity switches in a Josephson junctionReprint of : Effect of a tunnel barrier on the scattering from a Majorana bound state in an Andreev billiardStatistical translation invariance protects a topological insulator from interactionsTopologically protected charge transfer along the edge of a chiralp-wave superconductor
P50
Q21699009-783216E7-5DB5-4BCA-BA71-63D823AFC200Q21708538-CBFD288F-808C-4D87-80E7-D395759FA410Q21708544-3B2D03CB-A386-4AB7-AC27-3232211273E9Q27339585-C266C7EB-6342-4DBC-8091-7197ECF98B4AQ29036111-AC568CC1-EEFA-4766-AAC7-ADA506CA9B01Q29038983-F5F8E018-3079-48B6-A238-38333911CE86Q30052603-CFA28A91-0177-4107-8F9E-122853AAF1D4Q45917198-FB288B07-00D1-4C9F-9801-2E7DA123B1D9Q47366425-703126D1-89AC-43B2-89EF-00AFEACB053CQ50766689-4E317A06-0267-47E3-825A-5681D4E8293AQ50852585-2A90A198-36FB-47E5-A1B5-F380F6279A00Q51616649-DA12E06D-8010-43CF-9715-5566609E4C58Q51635884-ADBE0C5F-902B-40C4-94F1-22E67566391AQ51719545-94AFA7BC-0EF3-4D07-8934-535FD679DBBFQ51876969-DDBCD7DB-CAE8-4EC5-9811-1F1C671E2CF8Q51931641-00B389A9-0EB1-4C1F-AA69-D08AF1ACEC09Q52072787-23E42C45-9C8C-47EA-9572-0ABF6F8E8E47Q52953002-4B409755-6761-4CAD-965C-F444561002BDQ53513182-AE0CA0A1-1A8B-463F-8E3A-9E9730282354Q54310056-83E7FD8F-06AF-4BC7-83C5-6A54F57D7D12Q56607723-32226CC9-1DB2-44B1-8DAA-E258F85210C6Q56988692-F27AFCAD-C5CB-4A70-BEB9-BBED8F20D326Q56988698-FAC9C218-E04F-471C-A83A-B915C09C1F4BQ56988705-276DA6C7-0C5A-4BF6-A30D-0C43B07D30D5Q56988710-1B938B28-5781-4C01-BD19-35DB8A5C0E1FQ56988716-1005387B-9F91-439F-A2C3-F179E422BCCFQ56988720-659C7F46-FCFD-4C0F-925D-75C9E08F93E7Q56988723-18C52A08-C739-42FD-893F-857392B7856FQ56988729-34592EBD-C4B3-4F94-A48D-07C0A32BD53BQ56988735-BE8C6EF0-91D2-4487-9FEB-460D5B59C395Q56988739-72B14580-D649-4D08-8881-FE191718790CQ56988747-73AA951B-6FB5-43C7-A553-6CA8FB5C73C8Q56988751-E1F5EFEC-A7E7-499E-8BD4-E8FC5E441113Q56988768-DBDFF706-6D27-40C5-A4EA-A00570389221Q56988772-C5FE08FD-000B-4430-A736-F31196478C83Q56988776-F9026458-019E-46E9-88BA-4A90FEC0DCCAQ56988780-63786219-9FCF-449C-912F-820B69A49D6BQ56988791-E4458779-961E-44AC-9D3F-7B67B5540CC3Q56988797-1247A352-21D1-4628-8485-F96E3602DFDAQ56988802-1D8C1D6C-C7F7-4B5C-BB8B-0E5B4884004A
P50
description
Dutch physicist
@en
Dutch physicist
@en-ca
Dutch physicist
@en-gb
Hollandi füüsik
@et
Nederlands natuurkundige
@nl
fizician olandez
@ro
fizikan holandez
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físic neerlandès
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físico neerlandés
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físico neerlandés
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name
Carlo Beenakker
@ast
Carlo Beenakker
@ca
Carlo Beenakker
@da
Carlo Beenakker
@de
Carlo Beenakker
@en
Carlo Beenakker
@es
Carlo Beenakker
@fr
Carlo Beenakker
@nb
Carlo Beenakker
@nl
Carlo Beenakker
@nn
type
label
Carlo Beenakker
@ast
Carlo Beenakker
@ca
Carlo Beenakker
@da
Carlo Beenakker
@de
Carlo Beenakker
@en
Carlo Beenakker
@es
Carlo Beenakker
@fr
Carlo Beenakker
@nb
Carlo Beenakker
@nl
Carlo Beenakker
@nn
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C. Beenakker
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prefLabel
Carlo Beenakker
@ast
Carlo Beenakker
@ca
Carlo Beenakker
@da
Carlo Beenakker
@de
Carlo Beenakker
@en
Carlo Beenakker
@es
Carlo Beenakker
@fr
Carlo Beenakker
@nb
Carlo Beenakker
@nl
Carlo Beenakker
@nn
P1006
P1741
P214
P227
P1006
P1556
beenakker.c-w-j
P1741
P184
P19
P1960
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