![fzypman fzypman](/sites/default/files/legacy/assets/0/4129/4541/1cd38d7e-24a7-4c83-baf8-5950593f9c5c.jpg)
![arad arad](/sites/default/files/legacy/assets/0/4129/4541/ff71f3b8-f74e-4b4f-be96-7502e10d3399.jpg)
Professor
Department of Physics
Yeshiva University
New York
BS Engineering - Universidad de la República Oriental del Uruguay
Licenciado Física - Universidad Simón Bolívar - Venezuela
PhD Physics - Case Western Reserve University
Postdoc Electrical Engineering - University of North Carolina
Current areas of study
Quantum Transport - Theoretical studies of electronic transport through quantum structures.
Friction - Experimental studies of stick-slip and its relationship to Self Organized Criticality.
Defects in Solids - Generalizing Equivalent Crystal Theory to evaluate defect formation energies.
Colloids - Theoretical studies to obtain interactions between particles and surfaces in aqueous solutions.
Viscosity - Reconstruction algorithms to extract oil viscosity from Atomic Force spectroscopy.
Other areas of interest
Supersymmetry - Finite temperature. Supercoherent States. Quantum uncertainties.
MRI - Reconstruction algorithms to account for electromagnetic field inhomegeneities.
Electromagnetic Scattering - Characterization of geometrical parameters of irregular objects embedded in EM fields.