I’ve been diving deep into a vision of UFO mechanics, and it clicked: the saucer shape isn't just for "aerodynamics"—it’s a thermal and electromagnetic wedge. Think about the Earth. The center is a furnace; outer space is absolute zero. A rocket only creates a "plasma flare" at the tip because of friction as it fights the atmosphere. But what if you heated the tip before the flare even happened? You’d create a "plasma knife" sharp enough to slice through the medium without resistance. The Theory: Two Tips, No Points If you glue two rocket tips together and chop the points off, you get the classic saucer. Here is why that geometry matters: The Bipolar Reactor: The top and bottom "chopped" sections house reactors creating a massive thermal differential. One side is superheated, the other is cryogenic. The Tesla Ring: The outer metal ring is an electric field generator. By saturating this ring with current, you’re essentially "walking on waves" of energy, just like Tesla described. The "Melted" Interior: Bob Lazar famously said the inside of these crafts looked like "melted wax" with no right angles. This makes perfect sense for a Faraday Cage. To keep the crew safe from the massive electrical saturation on the hull, the cabin has to be a perfectly sealed, curved conductive shell. Right angles cause "leaks"; curves hold the charge. The "Cold Smoke" Mystery We always hear about unexplainable mist or fog when a UFO lands. Most people think "exhaust," but it’s actually the opposite. If the craft uses a cryogenic reactor to maintain the superconductivity needed for its magnetic field, the hull would be freezing to the touch. Upon landing in a humid atmosphere, it would cause instant, massive condensation—creating that signature "smoke" without any fire. The Controls Imagine a cockpit with two primary levers: Saturation Lever: Controls the intensity of the electric current around the ring (Lift/Hover). Ratio Lever: Adjusts the hot/cold balance between the top and bottom reactors. By shifting the thermal ratio, you create a pressure imbalance, and the craft "falls" in the direction you want to go. By pre-heating the "leading edge" with plasma, the craft isn't pushing against air; it’s falling into a vacuum it creates in real-time. What do you guys think? Is the "flare" we see on rockets just an inefficient version of what these crafts are doing intentionally? submitted by /u/Plus_Advance3132 [link] [comments]