Yoav William Windsor

Yoav William Windsor is a Scientist at Technische Universität Berlin (Institute for Optics and Atomic Physics) and the Fritz Haber Institute of the Max Planck Society (Department of Physical Chemistry), serving as Principal Investigator for Project A10 in the TRR227 Collaborative Research Center funded by the German Research Foundation.

His educational background includes a Ph.D. in Physics from ETH Zurich (2012-2016) supervised by Dr. Urs Staub and Prof. Steven Johnson, and an M.Sc. in Physics from Tel Aviv University (2012) with Summa Cum Laude under Prof. Alexander Gerber.

Dr. Windsor's research centers on ultrafast laser-induced dynamics in condensed matter, utilizing femtosecond X-ray and electron diffraction to probe lattice, spin, and electron behavior in antiferromagnetic and multiferroic materials. A self-proclaimed antiferromagnet aficionado, his work focuses on non-equilibrium phenomena with applications in next-generation spintronics.

Analysis of his publications (2014-2022) reveals consistent investigation of ultrafast processes in magnetic materials, particularly antiferromagnets, using time-resolved techniques. His work bridges fundamental physics and materials science, contributing to understanding non-thermal phase transitions and ultrafast magnetic switching across journals like Nature Materials and Physical Review Letters.

No specific scientific awards are documented for Dr. Windsor in the provided materials.

As Principal Investigator in TRR227, he leads DFG-funded research and participates in the iRTG program for doctoral training in ultrafast spin systems. While no individual students are listed, his PI role entails supervision of doctoral researchers within the collaborative framework.

He is integral to the Structural & Electronic Surface Dynamics group led by Prof. Ralph Ernstorfer, operating jointly at TU Berlin and the Fritz Haber Institute. This group forms part of the broader TRR227 consortium, facilitating interdisciplinary collaboration across German research institutions through workshops, winter schools, and shared infrastructure.