WHEN
THE INTUITION BETRAYS OR SAVES: MESSAGES FROM THE 1D WORLD
Lecture
1: Meandering river of the Luttinger liquid: from
Felix Bloch source through Tomonaga lake
Lecture 2: from
chiral anomalies to the effective Ginzburg-Landau theory
Lecture 3: revising
the belief in the spin-charge separation
Lecture 4: 1D
phase diagrams into the 3D world via imaginary gaps
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New
trends in physics of cooperative electronic states in
low-dimensional systems.
Basic
course given in 2016 for students at the Department of Advanced
Materials Science
of the University of Tokyo at Kashiwa campus.
Lecture 1:
introduction Lecture 2: excitons Lecture 3: solitons 1 Lecture 4:solitons 2
Lecture 5: electronic ferroelectricity
Lecture 6: field-induced states Lecture 7: optical switching
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Local,
nonlinear, non-stationary, and dynamical effects in
low-dimensional cooperative electronic states.
Advanced course given at the Center for Artificial Low
Dimensional Electronic Systems and ACTP at PosTech in Pohang
Lecture 1: systems, states, models
Lecture 2: solitons
Lecture 3:
pump-Induced
Phase Transitions
Lecture 4: dynamical patterns of excitons
Lecture 5: dynamical
phase transitions induced by optical or voltage pulses
Lecture 6:
a
story of field-induced rising of the superconductivity
Lecture 7: electronic
ferroelectricity
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