Dive into the harrowing scenario of an Electromagnetic Pulse (EMP) event and its potential aftermath. This video explores the science behind EMP, its devastating effects on modern infrastructure, and the critical question: Who would emerge unscathed? Through expert analysis, simulations, and a deep dive into survival strategies, we aim to shed light on humanity's resilience in the face of such a catastrophe. Join the conversation, understand the stakes, and discover the measures needed to endure

What is and isn’t impacted by an EMP? An EMP (Electromagnetic Pulse) might sound like sci-fi, but its potential impact is all too real. Here’s a quick rundown: ✔️ What’s Generally Safe: Simple batteries & solar panels (without complex electronics) Basic electrical devices like flashlights Older vehicles (pre-1980s) Electronics in a Faraday cage ❌ What’s Vulnerable: Devices with integrated circuits & microchips (Yes, your smartphone, computer) Electrical grid infrastructure (Think big blackout) M

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The Electromagnetic Pulse (EMP) Commission was established by Congress in 2001 to evaluate the threat of an EMP event on U.S. infrastructure. They found that a high-altitude nuclear explosion or a solar geomagnetic storm could disable the electrical grid and critical systems across the entire country.Key Points:Worst-Case Scenario: If an EMP were to hit, up to 90% of the U.S. population could die within the first year due to widespread infrastructure failure.Reestablished in 2017: The commission