1D Physics RMP 2012
ELECTRONIC STRUCTURE OF STRONGLY CORRELATED SYSTEMS G.A.SAWATZKY UBC PHYSICS & ASTRONOMY AND CHEMISTRY Max Planck/UBC center for Quantum Materials.
1 Exploring New States of Matter in the p-orbital Bands of Optical Lattices Congjun Wu Kavli Institute for Theoretical Physics, UCSB C. Wu, D. Bergman,
Rinat Ofer Supervisor: Amit Keren. Outline Motivation. Magnetic resonance for spin 3/2 nuclei. The YBCO compound. Three experimental methods and their.
Disorder and chaos in quantum systems II. Lecture 2. Boris Altshuler Physics Department, Columbia University.
Exciting New Insights into Strongly Correlated Oxides with Advanced Computing: Solving a Microscopic Model for High Temperature Superconductivity T. Maier,
1 = -1 Perfect diamagnetism (Shielding of magnetic field) (Meissner effect) Insights into d-wave superconductivity from quantum cluster approaches André-Marie.
Exploring New States of Matter in the p -orbital Bands of Optical Lattices
c = -1 Perfect diamagnetism (Shielding of magnetic field) (Meissner effect)
