NUDT 100GW IEEE Paper

The publication of the NUDT 100GW IEEE Paper represents a major milestone in open-source tracking of directed energy and pulsed power developments. Authored by Zhang Jun and colleagues from the National University of Defense Technology (NUDT), the 2026 IEEE publication outlines advanced architectures for generating ultra-high-power microwave (HPM) bursts reaching the 100-gigawatt threshold. The research specifically evaluates microwave generation mechanisms designed for high-altitude interception and Anti-Satellite Weapon applications. Operating within the broader ecosystem of directed energy research analyzed alongside facilities like Sandia National Laboratories Establishment, the paper details source efficiency, relativistic beam generation, and compact power conditioning systems. The conceptual framework builds upon decadal advancements in high-current electromagnetic switching and beam physics, interfacing closely with national capabilities maintained under the PRC FRC Program (CAEP/CAS). The published work provides technical insights into managing electrical breakdown and field stress, serving as foundational literature for counter-space and orbital defense analysts monitoring space-based power scaling.