'Cold atoms' presentation slideshows

Eugene Demler Harvard University

Strongly correlated many-body systems: from electronic materials to ultracold atoms to photons. Eugene Demler Harvard University. “Conventional” solid state materials. Bloch theorem for non-interacting electrons in a periodic potential. E F. Consequences of the Bloch theorem. B. V H. d.

1.02k views • 88 slides

Quantum information with cold atoms

Quantum information with cold atoms. Zheng-Wei Zhou( ???? Key Lab of Quantum Information , CAS, USTC. October, 2009. KITPC. Outline. Backgrounds on Quantum Computation(QC) Quantum Computation(QC) and Quantum Simulation(QS) with Cold atoms Standard model for QC One-Way QC

1.12k views • 71 slides

Observation of BEC in the Tight Binding Limit and Quantum Optics Research in SIOM of CAS

Observation of BEC in the Tight Binding Limit and Quantum Optics Research in SIOM of CAS. Wang Yu-zhu Key Laboratory for Quantum Optics Shanghai Institute of Optics and Fine Mechanics Chinese Academy of Sciences.

728 views • 58 slides

Measuring correlation functions in interacting systems of cold atoms

Measuring correlation functions in interacting systems of cold atoms. Anatoli Polkovnikov Harvard/Boston University Ehud Altman Harvard/Weizmann Vladimir Gritsev Harvard Mikhail Lukin Harvard Luming Duan Michigan Vito Scarola Maryland

621 views • 53 slides

Rotation of cold atoms

676 views • 50 slides

Disclaimer

Disclaimer.

572 views • 47 slides

Atomi ultrafreddi in reticoli ottici

518 views • 36 slides

William Guerin

490 views • 32 slides

QUANTUM CHAOS :

QUANTUM CHAOS :. QUANTUM CHAOS. Glows at Sunset. Kicked Cold Atoms. Cs. Bloch Theory. The Hamiltonian commutes with translations by : the spatial period of the kicks The Quasi-momentum is conserved Any wave function may be decomposed in Bloch waves of the form

558 views • 31 slides

States of Matter

States of Matter. Chapter 7 Lesson 2 Page 264. Matter . Matter is divided into 3 main categories . Liquids. Solids. Gases. Plus the latest two . Plasmas and Bose-Einstein Condensates. States of Matter. There are three states of matter: Solid Liquid Gas.

740 views • 27 slides

Ultracold atoms, molecules, and ions: Optical Lattice Emulators and beyond

Ultracold atoms, molecules, and ions: Optical Lattice Emulators and beyond. Eugene Demler Harvard University. E. Altman (Weizmann), E. Dalla Torre (Weizmann), A. Imambekov (Yale), T. Giamarchi (Geneva), T. Kitagawa (Harvard), S. Pielawa (Harvard).

272 views • 27 slides

Heat Energy Transfer

Heat Energy Transfer. Conduction, Convention & Radiation. Essential Standard. 6.P. 3 Understand characteristics of energy transfer and interactions of matter and energy. Clarifying Objective.

307 views • 27 slides

Interacting Ultra Cold Atoms a brief overview

Interacting Ultra Cold Atoms a brief overview. Fei Zhou PITP, University of British Columbia at Quantum Nanoscience conference, Noosa Blue, Australia, Jan 23, 2006 Collaborators: I. Affleck (UBC), E. Demler (Harvard), Z. C. Gu (TsingHua),

488 views • 24 slides

Interacting Ultra Cold Atoms a brief overview

Interacting Ultra Cold Atoms a brief overview. Fei Zhou PITP, University of British Columbia at Quantum Nanoscience conference, Noosa Blue, Australia, Jan 23, 2006 Collaborators: I. Affleck (UBC), E. Demler (Harvard), Z. C. Gu (TsingHua),

245 views • 24 slides

Superfluorescence in an Ultracold Thermal Vapor

398 views • 22 slides

Modeling strongly correlated electron systems using cold atoms

Modeling strongly correlated electron systems using cold atoms. Eugene Demler Physics Department Harvard University. Bose-Einstein condensation. Scattering length is much smaller than characteristic interparticle distances. Interactions are weak.

176 views • 15 slides

140 views • 2 slides

Quantum anomalous Hall (QAH) states in optical lattices.

Novel Orbital Physics with Cold Atoms in Optical Lattices Congjun Wu, University of California-San Diego, DMR 0804775. Quantum anomalous Hall (QAH) states in optical lattices.

210 views • 2 slides

ATOMIC INTERACTIONS IN A BOSE EINSTEIN CONDENSATION A.KILIC C.YUCE

Ultra cold atoms offer ultimate control over external and internal degrees of freedom facilitating a very pure experimental implementation of quantum mechanical models. They are therefore an ideal testing ground for the study of quantum magnetism phenomena.

132 views • 1 slides

Are spin-polarized atoms clustering ?

86 views • 1 slides