"바카라 먹튀바카라 먹튀바카라 먹튀 “Entanglement perturbation theory : a novel
     many-body Method in statistical mechanics
           and strong correlation physics”
  
♦Speaker : Prof. Sung Gong Chung (Western Michigan Univ.)
♦Place : Physics Seminar Room (Science Bldg, 3-201)
♦Date & Time : June,바카라 먹튀2(Tue)바카라 먹튀4:00바카라 먹튀~바카라 먹튀5:00 pm

Abstract
  
Since the very beginning of quantum theory, to calculate the partition functions and solve the Schrodinger
equation for macroscopic quantum systems have been a fundamental task of theoretical physics. It would
not be an exaggeration to say that due바카라 먹튀to바카라 먹튀lack바카라 먹튀of바카라 먹튀such바카라 먹튀methods,바카라 먹튀a바카라 먹튀tremendous바카라 먹튀effort바카라 먹튀of바카라 먹튀theoretical
physicists has been devoted to the development of바카라 먹튀a바카라 먹튀variety바카라 먹튀of바카라 먹튀approximate바카라 먹튀methods바카라 먹튀and바카라 먹튀numerical
simulations. While we have seen a바카라 먹튀considerable바카라 먹튀progress바카라 먹튀in바카라 먹튀rigorous바카라 먹튀treatment바카라 먹튀of바카라 먹튀quantum바카라 먹튀1D바카라 먹튀and
classical 2D systems over the last several decades, these rigorous methods cannot handle non-integrable
models nor generalizable to higher dimensions. On the other hand, the method of numerical renormalization
group has seen a remarkable success in quantum 1D systems and in finite바카라 먹튀Fermi바카라 먹튀systems.바카라 먹튀However,바카라 먹튀in
spite of a huge effort, this approach has not been quite successful for macroscopic 2D quantum systems,
indicating the very idea of Hilbert space truncation breaks down in two dimensions. Over the recent years,
we have been바카라 먹튀developing바카라 먹튀a바카라 먹튀novel바카라 먹튀many-body바카라 먹튀method,바카라 먹튀entanglement바카라 먹튀perturbation바카라 먹튀theory (EPT),바카라 먹튀for
calculating partition functions and solve the Schrodinger equation,바카라 먹튀particularly in the strongly correlated
condensed matter systems.  

             Contact Person : Prof. Byung Il Min(054-279-2074, bimin@postech.ac.kr)
"