%D9%83%D8%B1%D9%8A%D8%B3%D8%AA%D9%88%D9%81_%D9%88%D9%8A%D8%AA%D9%8A%D8%B1%D9%8A%D8%AA%D8%B4%DA%A9%D8%B1%DB%8C%D8%B3%D8%AA%D9%81_%D9%88%D8%AA%D8%B1%DB%8C%D8%B4Christof_WetterichChristof_Wetterich%DA%A9%D8%B1%DB%8C%D8%B3%D8%AA%D9%81_%D9%88%D8%AA%D8%B1%DB%8C%D8%B4Christof_WetterichChristof_WetterichChristof_Wetterich%D0%92%D0%B5%D1%82%D1%82%D0%B5%D1%80%D0%B8%D1%85,_%D0%9A%D1%80%D0%B8%D1%81%D1%82%D0%BE%D1%84Q92236
about
Dilatation symmetry in higher dimensions and the vanishing of the cosmological constant.Phase transitions in liquid 3He.Critical exponents of the Gross-Neveu model from the effective average action.Prethermalization.Exact evolution equation for the effective potentialNon-perturbative renormalization flow in quantum field theory and statistical physicsQuantum-gravity predictions for the fine-structure constantGauge hierarchy problem in asymptotically safe gravity — The resurgence mechanismNonlinear growing neutrino cosmologyBackreaction in growing neutrino quintessenceCritical temperature and superfluid gap of the unitary Fermi gas from functional renormalizationIsotropization from color field condensate in heavy ion collisionsError estimates and specification parameters for functional renormalizationHow early is early dark energy?Neutrino lump fluid in growing neutrino quintessenceTan contact and universal high momentum behavior of the fermion propagator in the BCS-BEC crossoverChemical freeze-out in heavy ion collisions at large baryon densitiesQuantum fermions and quantum field theory from classical statisticsStructure formation and backreaction in growing neutrino quintessenceTheoretical constraints on new generations with and without quarks or neutrinosMass freezing in growing neutrino quintessenceOscillating non-linear large-scale structures in growing neutrino quintessenceAsymptotic safety of gravity and the Higgs boson massAsymptotically free four-fermion interactions and electroweak symmetry breakingNeutrino lumps and the cosmic microwave backgroundToo few spots in the cosmic microwave backgroundClustering in growing neutrino cosmologiesCompeting bounds on the present-day time variation of fundamental constantsTime variation of fundamental couplings and dynamical dark energyBig bang nucleosynthesis as a probe of fundamental ‘constants’CHIRAL TENSOR FIELDS AND SPONTANEOUS BREAKING OF LORENTZ SYMMETRYCosmon lumps and horizonless black holesQuintessence cosmologies with a growing matter componentUnifying cosmological and recent time variations of fundamental couplingsBig Bang nucleosynthesis as a probe of varying fundamental “constants”Impact of three years of data from the Wilkinson Microwave Anisotropy Probe on cosmological models with dynamical dark energyPrimordial nucleosynthesis as a probe of fundamental physics parametersAntiferromagnetic gap in the Hubbard modelDark energy cosmologies for codimension-two branesIsotropization far from equilibrium
P50
Q51836850-C7E0F949-7A18-45EE-89D3-F13A3F8977B0Q52068578-FE80A7F5-92D7-4DCF-B828-9BF8E209C061Q52068583-AF716EF2-C8A5-4680-8200-7E761C0048E2Q52409532-EC6509F8-CC27-478E-A450-13837C1530B9Q56566407-9ECD2BDD-7DC6-4B44-8687-51797C7AD063Q56566417-506E3FC6-647D-41AD-A376-2C162B12BD9DQ56936848-BB51A05B-A7B1-43EB-A361-5FCB5CF09D92Q56936871-9E23F3E7-2E5E-4090-911D-3A949FA74CBDQ56936894-AD6E8FEC-32B1-4512-8908-F4661136CF94Q56936908-2423C3FB-4362-4100-B7B3-9F8EA3DA281AQ56936940-19A55A67-D144-4D9E-A6E2-65BDF858F2CEQ56936951-6D2F6373-171B-47DC-B2BA-BF07A7358B22Q56936979-E1B74B7D-FDD2-4C74-A174-708436CCF8A0Q56936984-F4C4B705-C18C-4747-8FBB-89AD978F6227Q56936990-04E6125F-EA7B-4D19-A29E-2E54355064F0Q56937004-5B70FF93-E150-479F-87C1-AEB8CB7725B2Q56937013-D872DE87-16A2-4913-AA3C-5F68927CE893Q56937035-80E8DAF7-4051-4F75-B4F2-8F26AAE15AC4Q56937039-ADDF6F37-83D2-4804-9CD3-000876B98B2AQ56937044-D83A5BEF-2827-4697-8A82-D9165ECBD042Q56937085-D0F00D90-4A79-4E64-B3E3-CDD3FAB2DD21Q56937095-8EA1C732-0299-4FF7-B037-15BB97A3BFA7Q56937110-74612AB2-5EEE-4DF5-BD29-BBD46AC7F082Q56937115-083918AF-EEFF-4838-A797-B3A34F03FA53Q56937148-A8BE234D-A061-4859-B4AF-CEFE323BD2F4Q56937175-F3C90698-DE83-4452-B902-B4A9393D7432Q56937193-2BFA407C-EC0F-4F86-8A7E-AA61719A9452Q56937198-CB403441-2696-4822-9CEE-6FDC524340CDQ56937257-BDC049DA-5AB7-4CDE-9D90-01F742A6DC8AQ56937263-DF027E8F-334C-4470-BE37-4B63A9D9833FQ56937275-B8C2C067-F67F-4867-8997-4175CD77727CQ56937287-FA65AE8F-7BEC-434E-AABB-A5B73FB9B56CQ56937343-1523C10A-06B5-4693-8E8B-9219BFF2B381Q56937349-418A2BDD-A8A6-48E6-AE14-5C19ED394528Q56937354-0FCCD50E-D13D-43B8-83BC-1E325BC29441Q56937389-1C8F37B7-01B4-42D4-80B3-7B0051BEB9E9Q56937394-6002DDFD-8E4C-478C-B869-E28D6C984A6EQ56937420-7041883A-3439-4A81-AE23-E4E2F3A62530Q56937424-76DD9EA3-DB72-402A-8055-82C929808A09Q56937430-2E2CF1C5-CBD9-46CD-8B5D-3DECE6C00B42
P50
description
Duits natuurkundige
@nl
German physicist
@en
German physicist
@en-ca
German physicist
@en-gb
Saksamaa füüsik
@et
deutscher theoretischer Physiker
@de
fisiceoir Gearmánach
@ga
fisico tedesco
@it
fizician german
@ro
fizikan gjerman
@sq
name
Christof Wetterich
@ast
Christof Wetterich
@ca
Christof Wetterich
@da
Christof Wetterich
@de
Christof Wetterich
@en
Christof Wetterich
@es
Christof Wetterich
@fi
Christof Wetterich
@fr
Christof Wetterich
@it
Christof Wetterich
@nb
type
label
Christof Wetterich
@ast
Christof Wetterich
@ca
Christof Wetterich
@da
Christof Wetterich
@de
Christof Wetterich
@en
Christof Wetterich
@es
Christof Wetterich
@fi
Christof Wetterich
@fr
Christof Wetterich
@it
Christof Wetterich
@nb
altLabel
Christoph Wetterich
@de
prefLabel
Christof Wetterich
@ast
Christof Wetterich
@ca
Christof Wetterich
@da
Christof Wetterich
@de
Christof Wetterich
@en
Christof Wetterich
@es
Christof Wetterich
@fi
Christof Wetterich
@fr
Christof Wetterich
@it
Christof Wetterich
@nb
P106
P69
P214
P227
P646
P1053
J-6995-2016
P1153
7005344719
P1412
P1559
Christof Wetterich
@de