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Nanosized magnetic clusters and their relation to magnetoresistance in FeCr 2 S 4 spinel Z. Klencsár 1, E. Kuzmann 1, Z. Homonnay 2, A. Vértes 1, A. Simopoulos.
Documents Nanosized magnetic clusters and their relation to magnetoresistance in FeCr 2 S 4 spinel Z....

Slide 1Nanosized magnetic clusters and their relation to magnetoresistance in FeCr 2 S 4 spinel Z. Klencsár 1, E. Kuzmann 1, Z. Homonnay 2, A. Vértes 1, A. Simopoulos 3,…

Novel Quantum Criticality and Emergent Particles in Trapped Cold Atom Systems Kun Yang National High Magnetic Field Lab and Florida State University In.
Documents Novel Quantum Criticality and Emergent Particles in Trapped Cold Atom Systems Kun Yang National High...

Slide 1 Novel Quantum Criticality and Emergent Particles in Trapped Cold Atom Systems Kun Yang National High Magnetic Field Lab and Florida State University In Collaboration…

Collective Charge Excitations below the Metal-to-Insulator Transition in BaVS 3 Tomislav Ivek, Tomislav Vuletić, Silvia Tomić Institut za fiziku, Zagreb,
Documents Collective Charge Excitations below the Metal-to-Insulator Transition in BaVS 3 Tomislav Ivek,...

Slide 1 Collective Charge Excitations below the Metal-to-Insulator Transition in BaVS 3 Tomislav Ivek, Tomislav Vuletić, Silvia Tomić Institut za fiziku, Zagreb, Croatia…

Hubbard model(s) Eugene Demler Harvard University $$ NSF, AFOSR, MURI, DARPA, Collaborations with experimental groups of I. Bloch, T. Esslinger Collaboration.
Documents Hubbard model(s) Eugene Demler Harvard University $$ NSF, AFOSR, MURI, DARPA, Collaborations with...

Slide 1 Hubbard model(s) Eugene Demler Harvard University $$ NSF, AFOSR, MURI, DARPA, Collaborations with experimental groups of I. Bloch, T. Esslinger Collaboration with…

Quantum noise studies of ultracold atoms Eugene Demler Harvard University Funded by NSF, Harvard-MIT CUA, AFOSR, DARPA, MURI Collaborators: Ehud Altman,
Documents Quantum noise studies of ultracold atoms Eugene Demler Harvard University Funded by NSF, Harvard-MIT...

Slide 1 Quantum noise studies of ultracold atoms Eugene Demler Harvard University Funded by NSF, Harvard-MIT CUA, AFOSR, DARPA, MURI Collaborators: Ehud Altman, Robert Cherng,…

Fractional Quantum Hall states in optical lattices Anders Sorensen Ehud Altman Mikhail Lukin Eugene Demler Physics Department, Harvard University.
Documents Fractional Quantum Hall states in optical lattices Anders Sorensen Ehud Altman Mikhail Lukin Eugene....

Slide 1 Fractional Quantum Hall states in optical lattices Anders Sorensen Ehud Altman Mikhail Lukin Eugene Demler Physics Department, Harvard University Slide 2 Bose-Einstein…

Multifractal superconductivity Vladimir Kravtsov, ICTP (Trieste) Collaboration: Michael Feigelman (Landau Institute) Emilio Cuevas (University of Murcia)
Documents Multifractal superconductivity Vladimir Kravtsov, ICTP (Trieste) Collaboration: Michael Feigelman...

Slide 1 Multifractal superconductivity Vladimir Kravtsov, ICTP (Trieste) Collaboration: Michael Feigelman (Landau Institute) Emilio Cuevas (University of Murcia) Lev Ioffe…

Dynamics of repulsively bound pairs in fermionic Hubbard model David Pekker, Harvard University Rajdeep Sensarma, Harvard University Ehud Altman, Weizmann.
Documents Dynamics of repulsively bound pairs in fermionic Hubbard model David Pekker, Harvard University...

Slide 1 Dynamics of repulsively bound pairs in fermionic Hubbard model David Pekker, Harvard University Rajdeep Sensarma, Harvard University Ehud Altman, Weizmann Institute…

Mott Transition, i.e., the interaction-driven metal-to- insulator transition (MIT), is a fundamental issue in the physics of strongly correlated electron.
Documents Mott Transition, i.e., the interaction-driven metal-to- insulator transition (MIT), is a fundamental...

Slide 1 Mott Transition, i.e., the interaction-driven metal-to- insulator transition (MIT), is a fundamental issue in the physics of strongly correlated electron systems.…

Vortex drag in a Thin-film Giaever transformer Yue (Rick) Zou (Caltech) Gil Refael (Caltech) Jongsoo Yoon (UVA) Past collaboration: Victor Galitski (UMD)
Documents Vortex drag in a Thin-film Giaever transformer Yue (Rick) Zou (Caltech) Gil Refael (Caltech) Jongsoo...

Vortex drag in a Thin-film Giaever transformer Yue (Rick) Zou (Caltech) Gil Refael (Caltech) Jongsoo Yoon (UVA) Past collaboration: Victor Galitski (UMD) Matthew Fisher (Caltech)…

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