about
Adiabatic population transfer in a liquid: taking advantage of a decaying target state.Controlled subnanosecond isomerization of HCN to CNH in solution.Quantum chaos meets coherent control.Exponential quantum spreading in a class of kicked rotor systems near high-order resonances.Principle of minimal work fluctuations.Merits and qualms of work fluctuations in classical fluctuation theorems.Quantum diffusion dynamics in nonlinear systems: a modified kicked-rotor model.Suppression of work fluctuations by optimal control: An approach based on Jarzynski's equality.Generic quantum ratchet accelerator with full classical chaos.Kicked-Harper model versus on-resonance double-kicked rotor model: from spectral difference to topological equivalence.Fokker-Planck equation with arbitrary dc and ac fields: continued fraction method.Simulation of chemical isomerization reaction dynamics on a NMR quantum simulator.Preservation of bipartite pseudoentanglement in solids using dynamical decoupling.Construction and optimization of a quantum analog of the Carnot cycle.Quantum ratchet accelerator without a bichromatic lattice potential.Boosting work characteristics and overall heat-engine performance via shortcuts to adiabaticity: quantum and classical systems.Phase-space characterization of complexity in quantum many-body dynamicsEquilibrium susceptibilities of superparamagnets: longitudinal and transverse, quantum and classicalFinite-time Landau-Zener processes and counterdiabatic driving in open systems: Beyond Born, Markov, and rotating-wave approximationsDissipationless directed transport in rocked single-band quantum dynamicsTowards large-Chern-number topological phases by periodic quenchingGenerating many Majorana modes via periodic driving: A superconductor modelWhen is quantum decoherence dynamics classical?Coherent control of quantum chaotic diffusionPhase control of nonadiabaticity-induced quantum chaos in an optical latticeComment on "Reaction imaging with interferometry"Control of dynamical localizationDecoherence and correspondence in conservative chaotic dynamicsDevelopment of quantum nonintegrability displayed in effective Hamiltonians: A three-level Lipkin modelCoherence-preserving chaos in a mixed quantum classical descriptionCoherent manipulation of quantum delta-kicked dynamics: faster-than-classical anomalous diffusionComplete quantum control of the population transfer branching ratio between two degenerate target statesSelective photochemistry via adiabatic passage: degenerate product states with different lifetimesMeasurement-assisted coherent controlDirected anomalous diffusion without a biased field: a ratchet acceleratorControlling the ratchet effect for cold atomsInfrared multiphoton induced isomerization and dissociation of FCN, ClCN, and BrCN in liquid Ar: a classical simulation studySimple three-parameter model potential for diatomic systems: from weakly and strongly bound molecules to metastable molecular ionsIndistinguishability and interference in the coherent control of atomic and molecular processesLong-lasting exponential spreading in periodically driven quantum systems
P50
Q31097718-D7D1F852-F2E5-4612-A13C-644C284D567DQ33216757-CE01165F-323B-45CB-988F-0BCBB57E8523Q36083019-C6CED5E8-9929-4B3A-962D-976E13C4F605Q46098615-427ADC36-75A2-42C3-B375-97B909F11AF9Q47613729-661B42F7-765A-4401-AC58-0E7B7DC789FDQ47969313-C1C40C42-93F4-4AAC-90E1-77FD59A7369FQ50891747-EFDE263D-7623-4119-8FB4-75070CA93F18Q51026338-6C9DA96A-D242-4271-9C81-48A58DA15D40Q51071424-C7E9281A-FA52-40C7-97CE-D9BD6C59A15EQ51133758-E70EAC50-CAE4-46E3-BA63-2DB7297206C6Q51537584-1D7EDB8E-3084-4197-B41C-1EC8FE78E9B6Q51691239-2502A937-BD0C-45AC-BBA3-560AB1C2F61AQ51722536-E0F08672-4751-4CBB-B1DF-410BA09C8951Q51809145-F6BEC8AD-2ACA-4B26-BA61-F3234E16BFA9Q53045452-4CE07D11-BD6A-4DD5-9265-763B9805EC56Q54319972-5B95DD69-1FFB-41B1-89A5-037B382DE292Q59456484-A1A47032-FA57-40F2-B89E-D74D168B4FCAQ59460436-1B8A1407-EFB6-4714-A90B-F95A672D4CCBQ62037006-CA526A63-3DAD-4613-92CB-5CE94A4D4B88Q62037023-79EE0D2C-7703-41F3-9F63-98BF9CBFFADCQ62042752-D195429D-EFF8-4EF2-BEAD-EFD1C660197AQ62042766-C7F00932-769C-457E-BD9C-45CBE88D1BA3Q73117363-4F904021-40E8-4A1D-AF1F-0EB66B67546BQ73719165-96A9368D-CB4D-4D45-B11C-C836355A6F24Q74072636-5D33EE0F-A03A-4729-B134-AF8D043192D4Q74774084-BC6D936D-B6B3-4A08-B3B1-168CF7BC723BQ75188116-5428E256-D027-4AEE-B10E-BFA60DC3CDA9Q77992187-0B04D099-43F8-4B79-9634-521A36E42A08Q78067804-24DEACB8-810E-47B3-B140-9E8D126BC935Q78070445-2FD88F3F-D3EF-41E4-A940-193601F25F80Q79114981-D452271D-21D8-42C1-B914-BB576A310761Q80354044-0745B194-779A-4A95-A859-ACB9E2E72541Q80367334-E89EE641-DEE1-49FE-A351-389B1168FF13Q80368630-2F3D3570-93B9-4999-A56B-900EE3E669ABQ80481252-C84DD9EF-3B4C-4DDA-BD56-0D326F3DD059Q80905668-C0927114-B3B8-4CDD-8767-48B7452878BBQ81438470-E450716E-59F1-487E-91C6-CE9F20662283Q82591004-D29FB5E2-1EEC-4BF4-B1C8-495C49C7BA9EQ82803201-1E3D3523-06AE-41B9-8BA7-B43D41769B84Q83058481-5F6C05CD-F2FD-4004-A024-991A9E6C2934
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Jiangbin Gong
@ast
Jiangbin Gong
@en
Jiangbin Gong
@es
Jiangbin Gong
@nl
Jiangbin Gong
@sl
type
label
Jiangbin Gong
@ast
Jiangbin Gong
@en
Jiangbin Gong
@es
Jiangbin Gong
@nl
Jiangbin Gong
@sl
prefLabel
Jiangbin Gong
@ast
Jiangbin Gong
@en
Jiangbin Gong
@es
Jiangbin Gong
@nl
Jiangbin Gong
@sl
P106
P31
P496
0000-0003-1280-6493