Research Focus
 
Strongly correlated quantum matter and out-of-equilibrium dynamics of classical and quantum systems.
 
 
Claudio Chamon
 
Professor of Physics
 
B.S. Aeronautics & Astronautics
MIT 1989
 
M.S. Electrical Eng. & Computer Sci.
MIT 1991
 
Ph.D. Physics
MIT 1996
 
phone: (1) (617) 353 5787
fax:      (1) (617) 353 9393
email:   chamon@bu.edu
 
Publications:
             click to see in the arXiv
 
 
Research
 
Fractional Chern Insulators
One of the reasons why dispersionless (or flat) bands are interesting is that they accommodate, when partially filled, an exponentially large number of states. This macroscopic degeneracy can
 
Electron fractionalization in graphene-like structures
Electron fractionalization is intimately related to topology. In one-dimensional systems, such as polyacetelene, fractionally charged states exist at domain walls between degenerate vacua. In two-
 
Transitions in and out of quantum topological phases
Some strongly correlated quantum many body systems display a type of order which cannot be characterized by any local order parameter. Instead, as proposed by Xiao-Gang Wen, such order is
 
Junctions of nanowires
The assembly of nanometer material structures, at scales intermediate between those of condensed matter and atomic systems, brings the promise of revolutionary new devices. But at the same time,
 
Why glasses?
Why glasses? The answer to this question has been the focus of much research effort for long. It is certainly a rather difficult question, and there have been a number of ideas lined up for trying
 
Quantum glassiness
 
In addition to equilibrium properties of topologically ordered systems, I have also studied non-equilibrium dynamics in a class of topologically ordered systems that have difficulty reaching their