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Diese werden in der Regel verwendet Rabatte  Index References Conclusions  24 References remarks Concluding 23.5 law Uemura's and condensation fermion depth, Penetration 23.4 condensation fermion of presence the in density uid Super 23.3 system component two as condensation Fermion 23.2 Introduction 23.1 FCQPT topological the by superconductors high-Tc Forming  23 SummaryReferences relation22.5 scaling Universal 22.4 physics quasi-classical and limit Planckian diagram22.3 Phase Introduction22.2 limit22.1 Planckian and resistivity -linear T criticality, Quantum matterReferences 22 of state New functions21.6 thermodynamic the in kinks and compounds HF of behavior Scaling temperatures21.5 low at 3He two-dimensional of Behavior Universal metals21.4 HF in transition phase Metamagnetic 21.3.2 Sr3Ru2O7 in transition phase metamagnetic the of properties Typical transitions21.3.1 phase metamagnetic at criticality Quantum quasicrystals21.3 of criticality Quantum metals21.2 HF and superconductors high-temperature of criticality Quantum compounds21.1 heavy-fermion of criticality Quantum ConclusionReferences 21 violations20.3 law Wiedemann-Franz Introduction20.2 Systems20.1 Electron Correlated Strongly in law Wiedemann-Franz the of Violation ConclusionsReferences20 conductivity19.5 asymmetric and compounds fermion Heavy diagram19.4 phase Schematic behavior19.3 NFL the and conductivity Asymmetric Introduction19.2 symmetries19.1 charge and time of violations and pseudogap conductivity, Asymmetric ConclusionReferences 19 Universe18.4 early the in asymmetry baryon the to Relation state18.3 Superconducting fields18.2 magnetic in YbCu5-xAlx in resistance differential asymmetrical the of Suppression 18.1.1 state Normal compounds18.1 correlated strongly of conductivity Asymmetric  18 References resistivity T-linear and physics Quasi-classical 17.3 behavior quasi-classical the to related properties Transport 17.2 point critical quantum a at law Dulong-Petit the of wind Second 17.1 compounds HF in criticality quantum within physics Quasi-classical SummaryReferences 17 16.4 point critical quantum field-induced Common metals16.3 heavy-fermion of properties General Introduction16.2 matter16.1 of state new the as compounds fermion Heavy SummaryReferences16 entropy15.4 Magnetic magnetoresistance15.3.4 Longitudinal magnetization15.3.3 Average coefficient15.3.2 Sommerfeld the and capacity Heat YbRh2Si215.3.1 in behavior liquid Non-Fermi mass15.3 effective the of behavior Scaling Introduction15.2 YbRh2Si215.1 metals heavy-fermion archetypical the of behavior universal The SummaryReferences 15 compounds14.5 HF of diagrams phase schematic The ratio14.4 Kadowaki-Woods The 14.3 behavior scaling Universal Introduction14.2 YbAlB414.1 - beta metal heavy-fermion the of behavior Universal SummaryReferences14 13.4 diagram phase B - T Schematic metals13.3 heavy-fermion of ST thermopower the of behavior Universal metals13.2.3 HF of behavior Scaling 13.2.2 condensate fermion with systems of properties Topological 13.2.1 metals HF of behavior scaling the and paradigm quasiparticle Extended 13.2 Introduction 13.1 compounds HF of thermopower the of behavior Universal References 13 Outlook Discussion12.4 3He12.3 2D with formed liquid spin Quantum TTF)2Cu2(CN)312.2 - (BEDT - and EtMe3Sb[Pd(dmit)2]2 insulators organic The 3He12.1 and insulators organic in liquid spin Quantum 12 conductivityReferences Optical liquid11.2 spin quantum of rate relaxation Spin-lattice liquid11.1 spin quantum of conductivity optical and rate relaxation Spin-lattice  11 References susceptibility dynamic the of behavior Scaling 10.3 metals heavy-fermion and liquid spin quantum of susceptibility spin dynamic of Theory 10.2 metals HF and liquids spin quantum of susceptibility spin Dynamic 10.1 liquid spin quantum of susceptibility magnetic Dynamic  10 summaryReferences and Discussion 9.5 liquid spin 1D of diagram phase H - T 9.4 properties thermodynamic the of Scaling 9.3 considerations General 9.2 Introduction 9.1 liquid spin quantum dimensional One 9 References properties Thermodynamic ZnCu3(OH)6Cl28.4.1 Herbertsmithite insulator frustrated The properties8.4 physical the of Scaling 8.3 condensation Fermion 8.2 Introduction matter8.1 of state new the and magnets frustrated geometrically in liquid spin Quantum  8 compoundsReferences fermion heavy in scaling T/B FCQPT7.2 topological the near mass effective the of behavior Scaling 7.1 behavior scaling its and mass Effective  7 References compounds HF in FCQPT of Appearance 6.4 superconductors high-Tc and metals HF in mass effective the of dependence field Magnetic 6.3.2 field magnetic in liquid electron of diagram Phase 6.3.1 fields magnetic in FC with liquid Electron 6.3 excitations single-particle of lineshape and law dispersion The 6.2 Tc near capacity heat and gap The doping6.1.5 on Tc temperature transition phase superconducting of dependence The quasiparticles6.1.4 Bogolyubov 6.1.3 temperatures finite at state superconducting The 6.1.2 0 = T at FC with state superconducting the of function Green's 6.1.1 0 = T at FC with state superconducting The 6.1 systems Fermi correlated strongly in FCQPT Topological  6 References Discussion 5.5 instability density-wave and condensation fermion between Interplay 5.4 systems Macroscopic 5.3.2 systems Finite 5.3.1 pattern quasiparticle the of Validity 5.3 T case The 5.2.2 Tc case The 5.2.1 FC the with systems of properties Basic 5.2 Introduction 5.1 freedom of degrees particle single the of Rearrangement  5 References FCQPT to related transitions phase Topological 4.2 FCQPT with system Fermi of diagram Phase 4.1.5 Point Critical Quantum the of Scenarios Two temperatures4.1.4 finite at FCQPT of uence in The FCQPT4.1.3 to related protectorate Quantum parameter4.1.2 order FCQPT The transition4.1.1 phase quantum fermion-condensation The transition4.1 phase quantum condensation fermion Topological SummaryReferences 4 superconductivity3.5 and condensation fermion the DFT, 3.4 condensation fermion and DFT interaction3.3 effective the for equation Functional 3.2 Introduction 3.1 Condensation Fermion of Theory Functional Density References 3 mass effective the for Equation properties2.3.1 transport and Thermodynamic conditions2.3 stability Pomeranchuk 2.2 paradigm Quasiparticle theory2.1 liquid Fermi Landau  2 References book the of goals Main 1.5 compounds HF of behavior NFL and transitions phase Quantum 1.4 systems correlated strongly to approaches Theoretical 1.3 interactions interparticle weak and Strong 1.2 considerations General 1.1 Introduction 1 Multishops So, mit dieser Übersicht sollten Sie erst einmal gerüstet sein für das nächste Mal SEM Unter eCommerce versteht man den Geschäftsverkehr Search Engine Optimization

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