Electrical and thermal transports have been the arenas for low dimensional
systems to showcase their quantum nature. In one-dimensional systems, quantum
transport phenomena including quantized conductance and quantum interference,
or more exotically, Luttinger liquid and other strongly interacting
characteristic are expected. For two-dimensional systems, quantum Hall system as
a paradigm has never ceased to amaze physicist -- most recently with
excitonic supercurrent and the possible non-Abelian quantum computing.
Moreover the vast development of graphene and topological insulator research has
provided much more than just intriguing twists to the well-developed systems --
they actually open up new eras in physics.In the mini-workshop, experts in
various fields of low-dimensional transport will discuss their most recent work.
The goal is to present the variety of the subject and encourage conversations
under the general scheme of low-dimensional transport. This workshop is also
intended to make conjunction to the “2013 NCTS workshop on novel quantum
phenomena in mesoscopic and spin systems” that occurs two days later (on 12/13
and 12/14).
Speakers and tentative titles:
Prof. James Eisenstein
(Caltech, USA) (key-note speaker): Pseudo-spin
Ferromagnetism and Exciton
Condensation in Bilayer Quantum Hall Systems.
Prof. Chon-Saar Chu (NCTU):
Electronic states and quantum transport in graphene
Prof. Juhn-Jong Li
(NCTU): Low Temperature Electron Transport Studies of Nanoscale and Mesoscopic
Structures.
Prof. Wei-Li Lee (NTU): Transport phenomena in a bilayer
graphene.
Prof. Chih-Wei Chang (NTU): Room temperature ballistic thermal
conduction.
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