Alejandro Garcia. Home Page

Research themes

Limits on Scalar currents
from 32Ar decays


100Tc decay &
double-beta decays


Beta Asymmetry with
Ultra Cold Neutrons

emiT: Time Reversal
symmetry breaking in
neutron decay


T=2 superallowed decays
& CKM matrix




group photo
Teaching:

GIS 204 A: From Quarks to the Cosmos

Phys121 B:  Mechanics

Phys122B: E&M and Relativity

Phys123B: Quantum and Thermo



Subatomic Physics (3rd edition)
by Ernest M. Henley and A. Garcia


Our group:
undergrads: Kseniya Deryickx
.
graduates: Anne Sallaska, Sky Sjue, David Zumwalt.
postdocs: Seth Hoedl, Chris Wrede.
faculty: Alejandro Garcia.


Research interests: Weak Interactions in the Nucleus

The Standard Model of electro-weak interactions is an effective theory that describes our understanding of Nature at as fundamental a level as we presently can. The model has many parameters (such as the masses of the elementary particles) that are input to reproduce the experimental values. We suspect there is a theory, more fundamental than the Standard Model, that could describe the behavior of Nature in a simpler way. The Standard Model is viewed as an effective theory of a more profound (yet-to-be-discovered) theory which we would like to probe.

Our group works on experiments to search for physics beyond the Standard Model using the nucleus as a probe and on ancillary experiments to understand nuclear-physics issues related to the direct searches for new physics.

 

Please direct questions and comments via e-mail to:  Alejandro Garcia


Physics Department
University of Washington