Theoretical Physics Laboratory: Difference between revisions

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New page: Program Coordinator: Eric A. Galapon, Ph.D. The NIP Fields and Particles Group conducts research on quantum field and gauge theories; quantum field theoretical methods in high-Tc supe...
 
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The NIP Fields and Particles Group conducts research on quantum field and gauge theories; quantum field theoretical methods in high-Tc superconductivity; perturbation formalism; general relativity and applications in astrophysics; special methods in non-equilibrium statistical physics and applications to non-linear phenomena in hydrodynamics and plasma physics. The Group's research interest also includes high energy particle phenomenology and foundations of non-relativistic quantum mechanics.
The NIP Fields and Particles Group conducts research on quantum field and gauge theories; quantum field theoretical methods in high-Tc superconductivity; perturbation formalism; general relativity and applications in astrophysics; special methods in non-equilibrium statistical physics and applications to non-linear phenomena in hydrodynamics and plasma physics. The Group's research interest also includes high energy particle phenomenology and foundations of non-relativistic quantum mechanics.
[[Category:Research Groups]]

Revision as of 10:56, 17 May 2012

Program Coordinator: Eric A. Galapon, Ph.D.

The NIP Fields and Particles Group conducts research on quantum field and gauge theories; quantum field theoretical methods in high-Tc superconductivity; perturbation formalism; general relativity and applications in astrophysics; special methods in non-equilibrium statistical physics and applications to non-linear phenomena in hydrodynamics and plasma physics. The Group's research interest also includes high energy particle phenomenology and foundations of non-relativistic quantum mechanics.