Samuel Yoffe

Samuel Yoffe is a Research Fellow in the Department of Electronic and Electrical Engineering at the University of Strathclyde's Faculty of Engineering. His interdisciplinary work bridges fundamental physics research and practical telecommunications applications, with recent focus on 5G technology for broadcast production systems.

Dr. Yoffe's research interests include:

• Laser Physics and Plasma Wakefield Acceleration
• 5G and Wi-Fi 6E wireless technologies
• Low-latency broadcast production systems
• Wireless spectrum utilization for media production
• Laser pulse dynamics and electron acceleration
• Private network deployment for major events

Analysis of Dr. Yoffe's publication history reveals a notable transition from fundamental physics research toward applied telecommunications engineering. While his 2024 work included significant contributions to laser wakefield accelerator physics, his most recent publications (2024-2025) predominantly address practical implementations of 5G technology in broadcast environments. This shift is exemplified by his research on the coronation broadcast of King Charles III and multiple studies presented at IBC and NAB conferences, demonstrating strong industry-academia collaboration in solving real-world broadcast challenges.

Dr. Yoffe maintains active professional engagement through conference presentations and research collaborations. His institutional profile indicates 53 research outputs and 25 datasets, reflecting substantial scholarly productivity. His work appears to involve partnerships with broadcast technology companies and public service broadcasters, particularly in developing wireless production solutions that meet industry requirements for reliability and low latency.