My experience in this field is the development of an essay on "Black Holes in String Theory" which I presented as first degree in physics thesis in my University. At present, I am writing my thesis for get the Master Degree in Physics on Renormalization Group Flow within Grand Unification Theories within Extra Dimensions, wich I will get by January 2003 y then I will start my PhD's work on topics related with high energy physics.

I am working on Higgs production simulations, by Pythia. I have performed a method to determine the parity of a Higgs boson via the angular distributions of decay and production.

I am a PhD. Student in DESY working on triple-gauge-boson coupling measurements at the future TESLA linear collider using transversely polarized beams. The study is focused on the analysis of the semi-leptonic decay channel for W-pair production in e$^+$e$^-$ annihilation using transversely polarized beams with $\sqrt{s}=500\;GeV$. For transverse polarization in both beams a dependence on the azimuthal angle $\phi$ for the cross section should be observed. In particular, sensitivity to CP-violating couplings is expected. A polarization of 80% for the e$^-$ beam and 60% for the e$^+$ beam is considered for the analysis.

For my Ph.D. thesis I am working on the BaBar experiment at SLAC. This is an experiment built to measure CP violation in the B sector. While on my long term attachment to BaBar. I have been heavily involved in producing a calibration correction for the front end electronics of the electromagnetic calorimeter.
I have recently started an analysis of the charmless decay B-> rho pi, which is a background to the charmless 3 body mode B-> 3pi, used in the extraction of the CP mixing parameter sin2alpha. Before this I was involved in a measurement of the decay B+ -> chic1 K+