![]() Both particles that created the explosion are completely annihilated, leaving behind other subatomic particles. When antimatter comes into contact with normal matter, these equal but opposite particles collide to produce an explosion emitting pure radiation, which travels out of the point of the explosion at the speed of light. As of 1998, CERN researchers were pushing the production of anti-hydrogen atoms to 2,000 per hour. ![]() Nine anti-hydrogen atoms were created, each lasting only 40 nanoseconds. Anti-atoms - Pairing together positrons and antiprotons, scientists at CERN, the European Organization for Nuclear Research, created the first anti-atom.In 1955, researchers at the Berkeley Bevatron produced an antiproton. Anti-protons - Protons that have a negative instead of the usual positive charge.Discovered by Carl Anderson in 1932, positrons were the first evidence that antimatter existed. Positrons - Electrons with a positive instead of negative charge.In the Pinto, you'll eventually get to the finish line, but it will take 10 times longer than in the Indy car. It's like the difference between driving an Indy race car and a 1971 Ford Pinto. A matter-antimatter engine will take us far beyond our solar system and let us reach nearby stars in a fraction of the time it would take a spacecraft propelled by a liquid-hydrogen engine, like the one used in the space shuttle. No engine is likely to generate superluminal speeds the laws of physics prevent us from doing that, but we will be able to go many times faster than our current propulsion methods allow. However, scientists are working on developing an interstellar spacecraft engine that is similar to the matter-antimatter engine of the Enterprise. Warp drive is another one of those science fiction technologies, like teleportation and time travel, that have some scientific basis. Enterprise prepared to hurl the spaceship through the cosmos at superluminal speeds. USS Yamato destroyed by an AM containment failure (TNG "Contagion")."Engineering, stand by for warp drive." With that command, the "Star Trek" crew of the U.S.S.USS Enterprise, NCC-1701-E this breach was remotely triggered after core ejection.Several other near misses involving a runaway warp core also occurred. USS Enterprise, NCC-1701-D destroyed multiple times in various timelines, permanently destroyed by core breach in Star Trek: Generations.Enterprise, NX-01 (Mirror Universe) destroyed in battle due to a jammed AM ejection system. ![]() Enterprise, NX-01 destroyed in alternate timeline by a deliberate core breach. ![]() Likewise, in Star Trek: Generations, neither the shutdown nor the ejection system works, and the crew is forced to evacuate the engineering section and separate it from the saucer before it explodes (even then, the blast damages the saucer and causes it to crash). Note that both of the "failsafe" systems to prevent the destruction of the ship fail: both an emergency shutdown of the warp core and an emergency ejection of the warp core. Systems designed to shut down the reactor in an emergency routinely fail, and the warp core ejection system - a last-ditch option that launches the entire core into space - has also repeatedly failed to operate when needed.įor example, see the destruction of the Enterprise in TNG "Cause and Effect". Warp core safety systems, especially aboard Galaxy-class starships, are prone to failure themselves. When operating, a warp core typically contains enough antimatter to destroy its ship if the magnetic field isolating the fuel from the containment vessel should fail. Warp cores are prone to excess reactivity, making them incredibly dangerous to operate.
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