The fear that a high-altitude EMP attack could instantly destroy every electronic device on the North American continent is not realistic based on the effects of EMPs from nuclear testing, said ...

This video is a summary of the EPRI study on the impacts that a high-altitude nuclear electromagnetic pulse (HEMP) would have on the US power grid. It’s the first in a deep-dive series of videos ...

High-altitude Nuclear Effects ARA will highlight its advances in high-altitude nuclear effects at the 40th Space Symposium in Colorado Springs April 7-10. Colorado Springs, CO, March 24, 2025 ...

Damaged electric equipment affected by EMP during a nuclear high-altitude test explosion performed under the “K-3” project in Kazakhstan in 1962 (based on data published in V. M. Loborev’s ...

However, a high-altitude EMP could generate a pulse "in the tens of kilovolts per meter with a radius of effects from hundreds to thousands of kilometers." Clearly, ...

This is the optimum altitude for a ten kiloton/KT EMP weapon. The missile was launched from a base near the capital Pyongyang and detonated over North Korean territory. North Korea was demonstrating ...

Liverpool-based defence electronics manufacturer MPE has certified its HEMP (high altitude electromagnetic pulse) protection filters to the latest defence standard, Mil-Std-188-125-1A “becoming the ...

EMP is a complex nonlinear phenomenon, producing intense energy in the form of radiation that can have devastating effects on critical technologies and infrastructure that we rely on every day.

High-altitude Nuclear Effects ARA will highlight its advances in high-altitude nuclear effects at the 40th Space Symposium in Colorado Springs April 7-10. Colorado Springs, CO, March 24, 2025 (GLOBE ...