'Dimensional systems' presentation slideshows

Eugene Demler Harvard University

Simulations of strongly correlated electron systems using cold atoms. Main collaborators: Anatoli Polkovnikov Harvard/Boston University Ehud Altman Harvard/Weizmann Daw-Wei Wang Harvard/Tsing-Hua University Vladimir Gritsev Harvard Adilet Imambekov Harvard

1.53k views • 125 slides

Anatoli Polkovnikov Boston University

Strongly Correlated Systems of Cold Atoms Detection of many-body quantum phases by measuring correlation functions. Anatoli Polkovnikov Boston University Ehud Altman Weizmann Vladimir Gritsev Harvard

678 views • 50 slides

Statistical Ensembles

Statistical Ensembles. Classical phase space is 6N variables ( p i , q i ) and a Hamiltonian function H( q , p ,t). We may know a few constants of motion such as energy, number of particles, volume...

647 views • 44 slides

Accelerator Physics Topic III Perturbations and Nonlinear Dynamics

535 views • 41 slides

Strongly Correlated Systems of Ultracold Atoms

Strongly Correlated Systems of Ultracold Atoms. Theory work at CUA. New Era in Cold Atoms Research. Focus on Systems with Strong Interactions. Optical lattices. Feshbach resonances. Low dimensional systems. Systems with long range interactions (Coulomb interaction for trapped ions,

419 views • 21 slides

Mini-course bifurcation theory

Mini-course bifurcation theory. Part one: introduction, 1D systems. George van Voorn. Introduction. One-dimensional systems Notation & Equilibria Bifurcations Two-dimensional systems Equilibria Eigenfunctions Isoclines & manifolds. Introduction. Two-dimensional systems

299 views • 21 slides

N=4 superconformal mechanics and WDVV equations via superspace

275 views • 19 slides

Solution of the inverse problems in nonlinear and chaotic dynamics (project 2.2) Research group:

Solution of the inverse problems in nonlinear and chaotic dynamics (project 2.2) Research group: Prof. S.Berczynski, Szczecin University of Technology Prof. Yu.A.Kravtsov, Maritime University of Szczecin Potential partners: to be found. time. Observed Time Series

203 views • 14 slides

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 17: Continue reading Chapter 4 Normal modes for extended one-dimensional systems Normal modes for 2 and 3 dimensional systems. Consider an infinite system of masses and springs:. m. m. m.

277 views • 14 slides

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 16: Continue reading Chapter 4 Normal modes for extended one-dimensional systems Normal modes for 2 and 3 dimensional systems. Consider an extended system of masses and springs:. m. m. m.

122 views • 12 slides

Back Substitution

Back Substitution. Matrices Solutions. By Dr. Julia Arnold.

416 views • 11 slides

FEEDBACK SYSTEMS: ABSOLUTE STABILITY

FEEDBACK SYSTEMS: ABSOLUTE STABILITY. controllable. Circle criterion : quadratic common Lyapunov function. is strictly positive real (SPR):. For this reduces to SPR ( passivity ). Popov criterion not suitable: depends on.

278 views • 3 slides

FEEDBACK SYSTEMS: ABSOLUTE STABILITY

FEEDBACK SYSTEMS: ABSOLUTE STABILITY. controllable. Circle criterion : quadratic common Lyapunov function. is strictly positive real (SPR):. For this reduces to SPR ( passivity ). Popov criterion not suitable: depends on.

131 views • 3 slides

Names: Daniel Fu and Patrick Tan High Schools: Park Tudor School and Carmel High School

Names: Daniel Fu and Patrick Tan High Schools: Park Tudor School and Carmel High School Mentor: Dr. Alexey Kuznetsov Project Title: Chaos and Robustness in a Single Family of Genetic Oscillatory Networks.

169 views • 1 slides