| |
 |
Michael
Vaughn
Professor
PhD Purdue University, 1960
(617)373-2954
mtvaughn@neu.edu
|
|
Research
Summary:
Most
recently, Prof. Vaughn has been working with Prof.
Markiewicz in studying the role of higher symmetries
in condensed matter physics, especially in the theory
of the cuprate high Tc superconductors and other quasi-two-dimensional
condensed matter systems.
Recent Publications:
Michael T Vaughn, "Introduction to Mathematical Physics", Wiley - VCH (2007).
R.S. Markiewicz, M.T. Vaughn, "Stripe Disordering
Transition", (U. of Miami Conference on High Temperature
Superconductivity, Miami, FL, Jan. 7-13, 1999 -- HTS99)
(cond-mat/9903422).
R.S. Markiewicz, C. Kusko, and M.T. Vaughn, "SO(6)-Generalized
Pseudogap Model of the Cuprates", (U. of Miami Conference
on High Temperature Superconductivity, Miami, FL, Jan.
7-13, 1999 -- HTS99) (cond-mat/9903421).
R.S. Markiewicz, C. Kusko, and M.T. Vaughn, "Tunneling
and Photoemission in an SO(6) Superconductor", (cond-mat/9807067).
R.S. Markiewicz and M.T. Vaughn, "Higher Symmetries
in Condensed Matter Physics", in Particles, Strings
and Cosmology -- PASCOS98, P. Nath (ed.) , World Scientific
(Singapore, 1999) (cond-mat/9809119).
Related
links:
Research
and Teaching
|
