Probing Magnetodynamics at Nanosecond Timescales and Beyond

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Organiser: Quantum Design Italy Probing Magnetodynamics at Nanosecond Timescales and Beyond
Location: Online
Date: November 3, 2020

This webinar will highlight Quantum Design’s latest efforts to enable high frequency magnetodynamic measurements of both fundamentally interesting and technologically relevant materials at ultra-short timescales. More specifically, broadband ferromagnetic resonance (FMR) and the latest research using OptiCool will be presented. Professor Richard Averitt from UC San Diego and Jovan Nelson from the Stern Group at Northwestern University will describe their motivations for and latest results using OptiCool.

Note: A link to the video recording of this event will be provided to all registrants, even if they are unable to attend at the time of broadcast.


Randy Dumas, Application Scientist, Quantum Design

Randy Dumas received his Ph.D. in 2009 from the University of California, Davis on the topic of reversal mechanisms in magnetic nanostructures. As a postdoctoral fellow at the University of Gothenburg, Sweden he studied next generation magnetic and spin wave based data storage and processing paradigms. Randy joined Quantum Design in August 2016 and his specialty lies primarily in magnetic characterization.

Richard Averitt, Professor of Physics, UC San Diego

Richard Averitt’s research focuses on the optical and electronic properties of quantum materials where his group utilizes time-resolved optical spectroscopy spanning from the far-infrared through the visible to explore the fundamental properties of quantum materials with a view towards dynamics and control.

Jovan Nelson, Graduate Student, Stern Group, Northwestern University

The Stern Group studies quantum interactions in nano-scale photonic and spin systems. In addition, they develop hybrid optical and electrical tools with spatial and temporal resolution to probe emergent quantum states in engineered photonic and material systems.

Tue, Nov 3, 2020 4:00 PM - 5:30 PM GMT

Contact: Arianna Ramberti
Phone: +39 650 0420
Email: [email protected]

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