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The Yeshiva University Women's Organization (YUWO) has been an integral part of the University since its inception in 1924. Its founders, Ida Lamport Hurewitz and her fellow leaders, translated their concern for student welfare into action. They tirelessly raised funds to build the first student dormitories and their mission of providing food, clothing and funds for the students' personal welfare has continued until this day.

 

Computer Codes

This webpage was supported by the NSF-CAREER award grant DMR-1147430 and the NSF-RUI award grant DMR-1603418, and currently by the BSF-NSF grant DMR-1936006. The purpose is to make available computer codes developed with postdocs and undergraduate students. You will find detailed explanations on how to use these codes, as well as illustrations and suggestions for exercises.

 

5) Some of the codes used in the 2nd International Summer School on Advanced Quantum Mechanics, Sep/02-11, 2021, Prague.

Chabura Leaders

Chabura leaders help new students transition and acclimate to life at Yeshiva University.  They maintain contact with the new students, the mashgichim and Israel Yeshivot in an effort to help each student succeed to their potential.   

Apply to be a Chabura Leader

Research

Supersymmetric Quantum Coherent States

Image Reconstruction with Scanning Probe Microscopes

Atomistic Modeling of Materials

Electromagnetic Scattering Image Reconstruction

Nanoscale Friction

Recent Presentations

Quantum Electron Playgrounds. Spring 2025-131st Symposium of New York State Section of the American Physical Society. Invited Talk

Charge Density in Nanorings from Scanning Force Microscopy, Materials Research Society Fall Meeting, Session Materials and Energy (CH01.21.02) Dec 5, 2023


Curriculum Vitae

Professor
Department of Physics
Yeshiva University
New York, NY, USA

EDUCATION:

Current Courses

SPRING 2021 - FALL 2021

QUANTUM PHYSICS AND ENGINEERING

ADVANCED MECHANICS

ADVANCED PHYSICS/ENGINEERING LABORATORY

MATHEMATICS FOR PHYSICS AND ENGINEERING

 

 

 

 

 

 

Research

Interests
  • Quantum chaos
  • Thermalization in isolated many-body quantum systems
  • Nonequilibrium quantum dynamics
  • Localization in quantum many-body systems
  • Excited state quantum phase transitions
  • Quantum-classical correspondence
  • Quantum control methods
  • Decoherence
 

Students Involved in Research

Honor theses, Kressel Fellows, and Presentations

*) Honor thesis: Chemda Wiener, "Stability of Doublons in One

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