Our group studies physics beyond the standard model, in particular within the context of supersymmetric models. Our research includes neutrino physics, Higgs physics, dark matter and dark energy. We focus on phenomenology, searching for signals of new physics using, LHC, dark matter, and neutrino experiments. Check some of our work here.
Permanent full-time Researcher (Investigador independiente CONICET) IFIBA/DF UBA/CONICET
Full Professor ("Profesor Titular, regular simple") at Pontificia Universidad Católica Argentina (UCA)
Past positions (fixed term contracts):
Two years research associate position at University of Orsay (Paris XI).
Three years research associate position at University of Sheffield.
Research area:
Particle physics and high energies; Supersymmetric Standard Model Phenomenology; Dark Matter; Neutrino Physics; Collider Physics; Supersymmetry and Supergravity
E-mail: daniel.lopez@df.uba.ar
IFIBA/DF researchers webpage (English): here (Español): aquí
IFIBA/DF group brief description webpage (English): here (Español): aquí
Personal Webpage: here
Author with more than 40 published articles
Recent Publications (hep inSPIRE database): here
inSPIRE shows more than 1000 citations and h=20 : here
SCOPUS shows more than 900 citations and h=18: here
Osvaldo Pablo SANTILLAN
Permanent full-time Researcher (Investigador independiente CONICET) at IMAS UBA/CONICET
Research area:
Axions; Goldstone Bosons; Dark Matter; Dark Energy
E-mail: osantil@dm.uba.ar
Recent publications (hep inSPIRE database): here
Phd finished in March 2020 (advisor: Daniel E. Lopez-fogliani)
Currently active group collaborator
At present with a postdoctoral SIMONS-BALSEIRO position at Instituto Balseiro
Research area:
Phenomenology of Supersymmetric Models; Dark Matter; Particle and Astroparticle Physics; High Energy Physics
E-mail: perez.andres.daniel@gmail.com
Publications (hep inSPIRE database): here
Teaching assistance, UBA
Phd finished in December 2024 (advisor: Daniel E. Lopez-fogliani)
Research area:
Phenomenology of Supersymmetric Models; Neutrino Physics; LHC Physics