Faculty Directory
Fredy Zypman CV

Fredy
Zypman

PROFESSOR OF PHYSICS; CHAIR, DEPARTMENT OF PHYSICS YESHIVA COLLEGE AND KATZ GRADUATE SCHOOL

zypman@yu.edu
212-960-3332

Wilf campus - Belfer Hall Room#1114

Laboratory BH 1305

Department of Physics

2495 Amsterdam Avenue

Manhattan, NY 10033-3201

Postdoc, Electrical Engineering, University of North Carolina, 1990
PhD, Physics, Case Western Reserve University, 1988
MS, Physics, Case Western Reserve University, 1987
Licenciado, Physics, Universidad Simón Bolívar, Venezuela, 1985
BS Engineering, Universidad de La Republica Oriental del Uruguay, 1982

Fredy Zypman was previously at the University of Puerto Rico. In addition to his work in academia, he has consulted on instrumentation for the medical and energy industry.

Current research areas are image reconstruction with scanning probe microscopes, atomistic modeling of materials, quantum optics, and mathematical optimization.

Professor Zypman received the 2018

He also received an award for a Best Paper in the Journal of Physics, as well as receiving research grants from NSF, NIH, NASA, NIH, and the U.S. Department of Energy. He has also received awards for his contributions to NASA, a NASA Faculty Research Fellowship and a Research Corporation award. He has done industrial consulting (Exxon, Technicom, Metro Hospitals) and has 3 patents on Probe Microscopy.

An interview in Radio Uruguay 

Professor Zypman is author or co-author of more than 100 peer reviewed articles. For details see webpage link to the right or

click .

zypman@yu.edu
212-960-3332

Wilf campus - Belfer Hall Room#1114

Laboratory BH 1305

Department of Physics

2495 Amsterdam Avenue

Manhattan, NY 10033-3201

MEDIA RELATIONS

To request an interview, please contact Media Relations at 212-960-5400 x5488 or publicaffairs@yu.edu


 

Fall 2023

Electromagnetic Theory

General Physics

Spring and Fall 2022

Quantum Heterostructures

Electromagnetic Theory

Capstone Thesis: Mechanics of cell membrane

Mathematical Methods in Science and Engineering

Advanced Physics and Engineering Laboratory

Capstone Thesis: Signal Reconstruction & Nanoelectrostatics