Symposium in Memory of Professor Emmanuel Rashba

18 January 2026, 14:00 
Shenkar Building, Lev Hall 009 
Symposium in Memory of Professor Emmanuel Rashba

 

The Institute of Advanced Studies - The Emilio Segre Distinguished Lectures in Physics

 

14:00 - Gathering

14:15 - Opening Remarks and Greetings

14:20 - Personal Remarksת Mrs. Julia Rashba-Step

14:30 - Scientific Perspectives on Emanuel Rashba’s Legacy, Prof. Ora Entin and Prof. Alex Efros

14:40 - Plenary Lecture, Prof. Allan MacDonald

15:30 - Light Refreshments and Poster Session

15:50 - Rashba Excellence Award Ceremony, Recipient: Mr. Omer Yaniv - Ph.D. student

16;00 - Students Talks

            Omer Yaniv - Phonon-Polariton Hall Effect

            Shiri Gvishi - Resolving the Phase of a Topological State via Interferometric Photoemission

            Shilo Avraham - Reentrant Superconductivity in a Josephson Junction Array

16:15 - Closing

 

 

Plenary Lecture:

 

Prof. Allan MacDonald,

Sid W. Richardson Foundation Regents Chair in Physics Department of Physics

The University of Texas at Austin, USA

 

RASHBA SPIN-ORBIT COUPLING, EXCITON-CONDENSATION AND CAVITY-TUNED FERROMAGNETISM

 

I first met Emmanuel Rashba during a visit to the University of Utah during the 1990’s when we were both working on the physics of two-dimensional electrons in a strong magnetic field – the quantum Hall regime. Rashba’s style of doing physics and of being a physicist was to make progress on the strength of simple truths, clarified by friendly discussion and deep understanding. 

 

Meetings with Rashba and other scientists who had left the Soviet Union around that time had a big impact on me personally and on all condensed matter physics in the United States.

 

My talk today will focus on the ferromagnetic states of the many-electron systems in the quantum Hall regime that we were both thinking about at that time, on a connection between ferromagnetism and exciton condensation that Rashba recognized, and on the central role of Rashba spin-orbit coupling in optical-cavity control of ferromagnetism in the quantum Hall regime, which has been demonstrated recently.

 

 

Invitation and further information >

 

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