Colloquium Schedule

Colloquium: Thursday, May 2nd, 4:10 PM, Lewis Lab 316

“Beyond the Standard Models of Condensed Matter Systems”

Chinedu Ekuma

Lehigh University
 
Most of our basic understanding of the properties of condensed matter systems are based on the Fermi liquid theory and computational approaches formulated around the density functional theory; they collectively laid the foundation of the “standard model” of condensed matter systems. However, in correlated electronic systems where the interaction energy between the valence electrons overwhelms the kinetic energy resulting in a strongly coupled many-body ground states, the standard model fails to describe experimental observations. The bestknown examples are the heavy fermions and recently, two-dimensional materials. Computationally, describing strongly correlated systems is one of the hardest problems in condensed matter physics. In this colloquium, I will present a general overview of the concepts of correlated electron systems and the many-body typical medium dynamical cluster approximation, which is a nonperturbative method of describing correlated electron systems even when material imperfections are present. I will give specific materials applications and conclude with an outlook of the current challenges and the perspective for national materials design.

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Physics and Astronomy Colloquia are usually scheduled for Thursdays at 4:10 PM in Lewis Lab room 316. Refreshments and snacks are available in the nearby coffee room at 3:45 PM.

 

Physics Colloquium Schedule for SPRING 2019

Click on Title below for past or upcoming Announcements (where available), and Speaker name for website.        

DateSpeakerAffiliationTitle
January 24Bartek CzechTsinghua Univ.Distance is Information
January 31Ronald BelmontU. North CarolinaHeavy Ion Physics with Small Systems—Creating Droplets of the Early Universe?
February 5Vladimir RosenhausInstitute for Advanced Study  Quantum Field Theory, Black Holes, and Chaos
February 7Soumya MohapatraColumbiaDynamics of the Quark-Gluon Plasma Produced in Relativistic Heavy-Ion Collisions
February 12Anders KnospeU. of HoustonAn Introduction to QCD at High Temperatures
February 14Deepa ThomasU. of TexasHeavy Flavour in Heavy Ion Collisions
February 21Timm WraseVienna Univ. of TechnologyDark Energy and String Theory
February 26Ioannis PapadimitriouKorean Inst. of Adv. StudyFrom Quantum Black Holes to Exotic Materials
February 28---
March 21Gregory VothUniv. of ChicagoOvercoming the Multiscale Challenge for Biomolecular Systems
March 28Lee KnaussBooz Allen HamiltonEvolution of a Career in Physics and Lessons Learned Along the Way
April 4Paul ChaikinNYUQuantifying Hidden Order out of Equilibrium
April 11David TrillingNorthern Arizona U.Small Solar System Bodies Tell Rich Stories
April 18Subir SachdevHarvard Univ.Strange Metals and Black Holes
April 25David HusePrincetonQuantum Thermalization and Many-body Localization
May 2Chinedu EkumaLehighBeyond the Standard Models of Condensed Matter Systems
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