#aerospace engineering

Ultimately, the long-term success of the technical ceramics sector will be defined by continuous multi-disciplinary collaboration between computational material scientists and industrial field engineers. By leveraging artificial intelligence to predict ceramic crystalline behavior under stress, researchers can design custom ceramic formulations tailored to highly specific industrial applications in a fraction of the traditional time. This shift from reactionary material testing to predictive, AI-driven material engineering will unlock unprecedented performance standards, cementing industrial ceramics as a foundational bedrock of future technological progress.

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I'm referring to the theory of what would happen if someone decided to throw a paper airplane from space. It's an interesting theory, but it never actually occurred. When first thrown, the plane wouldn't "fly"; it would just float. There's no air in space, no swooping, no turning. If thrown from the ISS for example, which is 250 mi (402 km) above Earth, it would simply drift forward at the same speed the station is moving, 17,500 mph (28,163 km/h). It would just orbit Earth like any other satellite. Even a 0.01-oz (0.3 g) paper plane becomes a bullet-like projectile at orbital speed. It would orbit Earth for months, slowly losing speed due to extremely thin air. Re-entry begins around 50-75 miles up (80-120 km/h). At this point the plane would still be moving at Mach 25 (17,500 mph/28,000 km/h). At this point air molecules slam into it so hard that they heat it to 3,000-4,000°F (1,650-2,200°C). Since paper ignites at 451°F (233°C), it would long have been vaporized.

i'll make it happen one day, perhaps

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