OVERVIEW:
My general field of
research
is in experimental condensed matter physics.
In particular, I
have worked on:
Magnetic Resonance Force
Microscopy:
Micro-Cantilever Design and Fabrication
including ANSYS finite element modeling and silicon micromachining:
Measurements and Synthesis of Low-Dimensional Copper Oxides
in particular, the hole-doped spin-chain compound Ca(2+x)Y(2-x)Cu(5)O(10):
Low Temperature Calorimetry Measurements:
and, most recently,
Measurements of Micro-Magnetic Hysteresis Curves:
Additionally, as an undergraduate, I have also worked in high energy physics and in Raman spectroscopy of surfaces.
Click on a link in the table of contents to the left for more details about my research, and to see how you can be involved!