about
Light-cone effect and supersonic correlations in one- and two-dimensional bosonic superfluidsQuantum fluctuations beyond the Gutzwiller approximation.Ultrafast evolution and transient phases of a prototype out-of-equilibrium Mott-Hubbard materialCollective spin 1 singlet phase in high-pressure oxygen.Strongly correlated superconductivity.Kondo conductance across the smallest spin 1/2 radical molecule.Metallic, magnetic and molecular nanocontacts.Localization and glassy dynamics of many-body quantum systems.Non-Fermi-liquid behavior in quantum impurity models with superconducting channels.Mott physics beyond Brinkman-Rice scenario.Mottness at finite doping and charge-instabilities in cuprates.Dynamical phase transitions and Loschmidt echo in the infinite-range XY model.Field-Driven Mott Gap Collapse and Resistive Switch in Correlated Insulators.Nanoscale orbital excitations and the infrared spectrum of a molecular Mott insulator: A15-Cs3C60.Kondo effect of magnetic impurities in nanotubes.Interacting one-dimensional electron gas with open boundaries.Cooling quasiparticles in A 3C 60 fullerides by excitonic mid-infrared absorptionMagnetic ground-state properties and spectral distributions. I. X-ray-absorption spectraIncreasing d-wave superconductivity by on-site repulsionDirect transition between a singlet Mott insulator and a superconductorStrong-coupling phases of two Hubbard chains with interchain hoppingRole of transverse hopping in a two-coupled-chains modelDisordered flat phase in a solid-on-solid model of fcc(110) surfaces and dimer states in quantum spin-1/2 chainsSpin-charge separation in a model of two coupled chainsCoulomb effects in transport properties of quantum wiresHigh resolution X-ray resonant Raman scatteringCrossover from non-Fermi-liquid to Fermi-liquid behavior in the two channel Kondo model with channel anisotropyNontrivial fixed point in a twofold orbitally degenerate Anderson impurity modelQuasiparticle conductivities in disordered d-wave superconductorsToulouse limit for the overscreened four-channel Kondo problemAnderson-Yuval approach to the multichannel Kondo problemInterplay of orbital degeneracy and superconductivity in a molecular conductorMapping between multichannel exchange modelsSuperconductivity from doping a spin-liquid insulator: A simple one-dimensional exampleNonperturbative results for few electrons in the two-dimensional Hubbard modelStrongly correlated superconductivity and pseudogap phase near a multiband Mott insulatorStrong correlations in electron doped phthalocyanine conductors near half fillingSurprises in the phase diagram of an anderson impurity model for a single C60(n-) moleculeVariational description of Mott insulatorsSuperfluid to Mott-insulator transition in Bose-Hubbard models
P50
Q21708870-19A3A116-E850-48F3-9066-275C091373A1Q30356939-9583BB2C-233D-41A7-B67B-416AAC361555Q30364645-E8074B43-1ECE-4312-9CDB-32E7F10E2352Q33971742-FCAB61AB-77A8-4FEA-9884-50C079C38286Q34136036-BE51C503-1440-49AA-B90E-3B73FB4BFA60Q37474675-56BDB29F-3BAC-4090-8275-CE81D67C0EE7Q38858010-6BE66C60-16D6-4306-96B1-3FF9756213CAQ40862372-FAAC8ACB-6D28-4A8A-BCDE-FD113FCA24F5Q42279786-A6FB6828-A4BC-4412-A1CE-E3B81047C901Q42281240-8F541340-9173-4C49-B070-BD2FCFFC8F38Q43918919-1BC7D652-D712-4749-B50E-B7AEA83AD099Q50653922-FAA55E4E-5570-4884-99F5-ACA8CED05DD8Q50866619-72C3F64A-70C6-4AE6-8629-A8D75038EC36Q51142908-822A9DC7-67D5-46E8-BFE4-83870EB11F37Q51554359-8ADFE32B-DEE3-47AB-88BF-186B7BEC5EF6Q54008066-2A5F68E2-007D-488A-8CE7-241C69CFCA42Q57391177-259179AA-43D7-4BD2-AFF7-EACF9E1E6A2BQ58168540-4D81F5BA-DB17-442F-8567-A06B5BF25658Q73478235-4F0715ED-0A6C-4D8E-81D8-C1063346711EQ73952881-FEFC1DA4-855F-4C1A-A7EA-8ACF735453D9Q74370921-62745135-7953-407F-BC10-6C7F1568F208Q74391636-16C916E7-9A77-494A-AAB5-52328B169A06Q74402570-C48C990C-413E-436F-B040-CE11D4F1A7D6Q74535701-7C34BEDA-4518-4E3A-9391-7DC89E0C1142Q74546040-8CDD33DE-346C-464A-8DCA-767E0BB5E200Q74557535-68BE592B-06CC-40AB-A639-B27F7333DF79Q74558398-D626146C-AA08-487C-B54B-435C10F15172Q75189046-134274DC-91CA-4464-A57A-2562D290A979Q77686724-F70EF07A-652A-482A-AAB9-A70AB5FB0561Q78118570-C80CE453-9887-4232-BFDF-A40BBDC70805Q78127733-327D1E0B-0A98-4A50-8734-C7978DA88155Q78146988-B0930ADB-B8D9-4C11-988F-0A9D0FC92C71Q78154736-536572C8-F48E-4C64-AB0C-22C8531413DBQ78154756-07042DDB-6692-4289-97F5-3471D9782D95Q78218543-0424A7FD-0D3F-43A5-8F1D-10015C6E032BQ80480025-48A46F70-CCA8-4D3F-8A80-4C1C521F6325Q80786155-CEE90135-53D7-4A87-8763-39528D772BF8Q81033267-66B9F88C-4176-4469-A083-72877DBA9A97Q81375880-4759249F-D035-4D89-BB75-41FD268D6E71Q81428205-85A8F1FE-71FC-42E0-9BFE-DCADCD1D3E82
P50
description
researcher ORCID ID = 0000-0002-2943-3278
@en
wetenschapper
@nl
name
Michele Fabrizio
@ast
Michele Fabrizio
@en
Michele Fabrizio
@es
Michele Fabrizio
@nl
type
label
Michele Fabrizio
@ast
Michele Fabrizio
@en
Michele Fabrizio
@es
Michele Fabrizio
@nl
prefLabel
Michele Fabrizio
@ast
Michele Fabrizio
@en
Michele Fabrizio
@es
Michele Fabrizio
@nl
P106
P1153
7006248867
P31
P496
0000-0002-2943-3278