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Lasers. Nukes. Debris traveling at 17,000 mph. Welcome to the future of war—where your enemies are silent, your orbit is cluttered, and one wrong move can turn a billion-dollar satellite into cosmic confetti. In this episode of AI Investigates, we dive headfirst into the physics and fiction of space combat. From Reddit debates to real-world defense papers, we unpack how plausible it really is to fight above the stratosphere, why nukes in orbit are a terrible idea, and how stealth works (or doesn’t) in the vacuum of space. If you've ever wondered what Star Wars might look like without the sound effects—this one's for you.
By Albany AdamsLasers. Nukes. Debris traveling at 17,000 mph. Welcome to the future of war—where your enemies are silent, your orbit is cluttered, and one wrong move can turn a billion-dollar satellite into cosmic confetti. In this episode of AI Investigates, we dive headfirst into the physics and fiction of space combat. From Reddit debates to real-world defense papers, we unpack how plausible it really is to fight above the stratosphere, why nukes in orbit are a terrible idea, and how stealth works (or doesn’t) in the vacuum of space. If you've ever wondered what Star Wars might look like without the sound effects—this one's for you.