about
Three-waveform bidirectional pumping of single electrons with a silicon quantum dot.Observation of Dirac monopoles in a synthetic magnetic field.Silicon Metal-oxide-semiconductor Quantum Dots for Single-electron Pumping.Tunable electromagnetic environment for superconducting quantum bits.Quantum-circuit refrigeratorFluctuations of work in nearly adiabatically driven open quantum systems.Quantum-limited heat conduction over macroscopic distances.Flux-tunable phase shifter for microwaves.Efficient decomposition of quantum gates.Quantum driving and work.Decoherence in adiabatic quantum evolution: application to cooper pair pumping.Flux-tunable heat sink for quantum electric circuits.Synthetic electromagnetic knot in a three-dimensional skyrmion.Observation of microwave absorption and emission from incoherent electron tunneling through a normal-metal-insulator-superconductor junction.Creation of Dirac monopoles in spinor Bose-Einstein condensates.Observation of isolated monopoles in a quantum fieldExperimental Realization of a Dirac Monopole through the Decay of an Isolated MonopoleGigahertz Single-Electron Pumping Mediated by Parasitic StatesThermal-Error Regime in High-Accuracy Gigahertz Single-Electron PumpingElectron counting in a silicon single-electron pumpAn Accurate Single-Electron Pump Based on a Highly Tunable Silicon Quantum DotSingle-shot readout of an electron spin in siliconProbe and control of the reservoir density of states in single-electron devicesTransport Spectroscopy of Single Phosphorus Donors in a Silicon Nanoscale TransistorMicrowave nanobolometer based on proximity Josephson junctionsSingle-photon heat conduction in electrical circuitsTunable single-photon heat conduction in electrical circuitsSingle-electron shuttle based on a silicon quantum dotGeometric quantum gates with superconducting qubitsEntanglement-enhanced quantum key distributionPublisher's Note: Entanglement-enhanced quantum key distribution [Phys. Rev. A78, 032314 (2008)]Environment-Assisted Tunneling as an Origin of the Dynes Density of StatesIndependent Control of Dot Occupancy and Reservoir Electron Density in a One-electron Quantum DotObservation of the single-electron regime in a highly tunable silicon quantum dotThree-dimensional skyrmions in spin-2 Bose–Einstein condensatesAccelerated stabilization of coherent photon statesThree-dimensional splitting dynamics of giant vortices in Bose-Einstein condensatesEfficient protocol for qubit initialization with a tunable environmentEnergy-efficient quantum computingCounterdiabatic vortex pump in spinor Bose-Einstein condensates
P50
Q30370162-1A6EA47C-60DB-498A-86DB-BF85918D7A8FQ34400869-A36AA84D-9DAD-4395-9152-DA0C0DB98118Q35982018-50B93137-DECA-492E-B90B-BD151DC1BC2BQ36924092-7F4F1F75-ABC9-40D4-85B4-0BDB62471B5FQ38686689-8A7FF7A8-910A-4B1C-AC7F-6A1C354C7B50Q39029622-ACD6611C-E569-48E5-AB01-9AB85C49E8E7Q42568305-F0E80FD2-E29B-4959-A5B0-E8707EE34D6CQ47117178-BF6A639F-DC3A-4D13-89CB-2AE553FAE3A4Q49248032-D2348581-9D59-4138-BB70-9FF087163DB8Q51018954-02FF75A9-51B1-4180-84D3-F2A4D31732B9Q51655993-65D3A947-8BE4-4B99-A9B3-6B798DFF7602Q52573342-7CA22AF4-99F8-4F16-BCD9-BBF254EB801BQ52670751-E96DC117-ACE0-457D-A226-8F9799F26833Q52676421-9FA5A83D-61E3-4EE1-9315-A2BF6C64097BQ55052126-73211ADC-F285-4184-B8C5-BCB89C102C82Q55899560-6B3A7AAD-B962-4B0D-8324-2E867ADC1CC6Q55968616-B3D2F708-C8B6-413F-8AA8-FCEE8D2BA397Q58813406-226374B0-6724-4726-9B31-765810B06677Q58813409-E37E067D-E3E0-4610-9D9E-E6E8073B06D0Q58813420-290926B4-647E-40BB-99ED-41C32846E449Q58813423-1F9A585B-A5C6-444A-88AE-382FDB473C68Q59064826-F6AA3D1A-4FC9-4498-8810-F453A74AE1CDQ59422949-5890A6D1-B862-48A7-806B-465EEE651660Q59422954-B5938A99-4B8C-4884-B659-C6AFDC95047EQ59423892-23B27092-58F5-48DD-9A7E-6F4A42D13ECFQ59423894-48E18764-662E-4E76-95EE-C1F48852AEB6Q59423895-30F7CFC6-699D-4F3A-A5E6-406469E2B0EAQ59423896-16142118-F5E2-4075-AD35-189D727408C6Q59425372-7E7FBD15-A8EE-4D38-BB36-2903DDA42F8BQ59436743-B97AC162-768D-4B0C-B1EE-6E8A5BBB2509Q59436746-0A4B239C-06C2-4272-9060-55046636C86AQ59446342-8AD8D59E-BD09-4E69-B036-4E877AF3DB6DQ59454339-F774F5D9-7F03-4BE7-99B8-C2F5BD1565ACQ59454344-97F382D6-0F18-488E-AD58-AD247E651F58Q62036773-4D81AFFD-A962-43DD-9E98-BEEC4325FB18Q62036775-169F38C4-DE3B-4C93-939F-0FCA2AF1F358Q62036776-64BE6BBB-0E69-486A-B194-DAFA26EA2DD1Q62036778-F8986EFF-37B1-44D6-992D-02E20A136B4BQ62036780-21E93C72-A89B-43EF-9174-3724B67B8CC5Q62036782-22D0C168-17D1-4E67-A54D-89DBF3E32955
P50
description
researcher ORCID ID = 0000-0001-5084-2298
@en
wetenschapper
@nl
name
Mikko Möttönen
@ast
Mikko Möttönen
@en
Mikko Möttönen
@nl
type
label
Mikko Möttönen
@ast
Mikko Möttönen
@en
Mikko Möttönen
@nl
prefLabel
Mikko Möttönen
@ast
Mikko Möttönen
@en
Mikko Möttönen
@nl
P31
P496
0000-0001-5084-2298