School on "Modern theories of correlated electron systems"

Program

Sunday, May 10	evening	Arrival
Monday, May 11	08:45-10:30☆	Giuseppe Mussardo, Methods of low-dimensional field theories
	10:45-12:30☆	Antonio H. Castro Neto, Physics of Graphene
	17:00-18:45☆	Subir Sachdev, Quantum phases of antiferromagnets and the underdoped cuprates
	19:00	Welcome reception
Tuesday, May 12	08:45-10:30☆	Giuseppe Mussardo, Methods of low-dimensional field theories
	10:45-12:30☆	Antonio H. Castro Neto, Physics of Graphene
	17:00-18:45☆	Subir Sachdev, Quantum phases of antiferromagnets and the underdoped cuprates
Wednesday, May 13	08:45-10:30☆	Giuseppe Mussardo, Methods of low-dimensional field theories
	10:45-12:30☆	Antonio H. Castro Neto, Physics of Graphene
	17:00-18:45☆	Subir Sachdev, Quantum phases of antiferromagnets and the underdoped cuprates
	21:00	film: Chandra. The journey of a star
Thursday, May 14	08:45-10:30☆	Giuseppe Mussardo, Methods of low-dimensional field theories
	10:45-12:30☆	Maciej Lewenstein, Physical realizations of correlated cold atom systems and aspects of quantum information theory
	17:00-18:45☆	Subir Sachdev, Quantum phases of antiferromagnets and the underdoped cuprates
Friday, May 15	08:45-10:30☆	Giuseppe Mussardo, Methods of low-dimensional field theories
	10:45-12:30☆	Maciej Lewenstein, Physical realizations of correlated cold atom systems and aspects of quantum information theory
	17:00-18:45☆	Maciej Lewenstein, Physical realizations of correlated cold atom systems and aspects of quantum information theory
Monday, May 18	08:45-10:30☆	Roderich Moessner, Systems with competing interactions
	10:45-12:30☆	Andreas Läuchli, Numerical techniques for correlated quantum systems
	17:00-18:45☆	Maciej Lewenstein, Physical realizations of correlated cold atom systems and aspects of quantum information theory
Tuesday, May 19	08:45-10:30☆	Roderich Moessner, Systems with competing interactions
	10:45-12:30☆	Andreas Läuchli, Numerical techniques for correlated quantum systems
	17:00-18:45☆	Thierry Giamarchi, Luttinger liquids and beyond: from spin systems to cold atoms
Wednesday, May 20	08:45-10:30☆	Roderich Moessner, Systems with competing interactions
	10:45-12:30☆	Andreas Läuchli, Numerical techniques for correlated quantum systems
	17:00-18:45☆	Thierry Giamarchi, Luttinger liquids and beyond: from spin systems to cold atoms
	21:00	film: Ludwig Boltzmann. The genius of disorder
Thursday, May 21	08:45-10:30☆	Roderich Moessner, Systems with competing interactions
	10:45-12:30☆	Andreas Läuchli, Numerical techniques for correlated quantum systems
	17:00-18:45☆	Thierry Giamarchi, Luttinger liquids and beyond: from spin systems to cold atoms
Friday, May 22	08:45-10:30☆	Roderich Moessner, Systems with competing interactions
	10:45-12:30☆	Andreas Läuchli, Numerical techniques for correlated quantum systems
	17:00-18:45☆	Thierry Giamarchi, Luttinger liquids and beyond: from spin systems to cold atoms
Monday, May 25	08:45-10:30☆	Antoine Georges, Dynamical mean-field theory (DMFT)
	10:45-12:30☆	Antoine Georges, Dynamical mean-field theory (DMFT)
	17:00-18:45☆	Alexander Lichtenstein, Applications of DMFT (+ LDA)
Tuesday, May 26	08:45-10:30☆	Alexander Lichtenstein, Applications of DMFT (+ LDA)
	10:45-12:30☆	Reinhold Egger, Quantum transport through quantum dots
	17:00-19:00	Poster contributions of participants
	19:30	festive dinner
Wednesday, May 27	08:45-10:30☆	Alexander Altland, Disordered electronic systems from a correlated fermion perspective
	10:45-12:30☆	Reinhold Egger, Quantum transport through quantum dots
	12:15	group photo
	17:00-19:15♭	Eduardo Fradkin, Electronic Liquid Crystal phases in Strongly Correlated Systems
Thursday, May 28	08:45-10:30☆	Reinhold Egger, Quantum transport through quantum dots
	10:45-12:30☆	Alexander Altland, Disordered electronic systems from a correlated fermion perspective
	17:00-19:15♭	Eduardo Fradkin, Electronic Liquid Crystal phases in Strongly Correlated Systems
Friday, May 29	08:45-10:30☆	Alexander Altland, Disordered electronic systems from a correlated fermion perspective
	10:45-11:45♯	Eduardo Fradkin, Electronic Liquid Crystal phases in Strongly Correlated Systems
	noon	Departure

^☆ 90 minutes of lectures plus a break of 15 minutes
^♭ 120 minutes of lectures plus a break of 15 minutes
^♯ 60 minutes of lectures, no break