
Research
Interests:
Condensed matter physics; Physics of low-dimensional systems;
Disordered and Strongly correlated electron systems; Superconductivity, magnetism, quantum phase transitions. Use of condensed matter techniques for general physics measurements; Measurement of gravity at sub-mm length-scales.
Projects and
Graduate Students:
1.
STM STUDIES OF HIGH-Tc SUPERCONDUCTORS and OTHER
STRONGLY CORRELATED SYSTEMS
(Supported by DoE)
Students: Alan Fang,
Zhanybek
Alpichshev
2.
SEARCH FOR GRAVITY-LIKE FORCES AT SUB-MM SCALE
(Supported by NSF)
Post-doctoral
Fellow: T.J. Bay
3.
QUANTUM
PHASE TRANSITIONS AND SUPERCONDUCTOR-INSULATOR TRANSITION
(Supported by NSF)
Students:
Nicholas Breznay Li Zhang
4.
OPTICAL STUDIES OF BROKEN TIME REVERSAL SYMMETRY IN SOLIDS
(Supported by NSF Center for Probing
the Nanoscale at Stanford University and by DoE)
Students:
Jing Xia, Elizabeth Schemm
Links to my other web pages:
Web page in the Dept. of Applied Physics
Web page in the Dept. of Physics
Courses I teach
this year (2007/2008)
Applied Physics 302 (Autumn quarter)
Physics 108 (Spring quarter)
E-mail:
aharonk@stanford.edu