Astronomers are finding new exoplanets almost every day, but due to the incredible distances between star systems, space exploration has been limited to our solar system. For example, it is estimated that the Voyager 1 spacecraft, presently traveling away from the sun at 10.7 miles per second (17.3 kilometers per second), would take over 73,000 years to reach Proxima b, the nearest confirmed exoplanet. 

But what if traveling to exoplanets were no longer the purview of science fiction? What if we could actually do it? 
 

To solve this physics-defying conundrum, scientists would have to turn to propulsion systems that are far more advanced than the chemical rockets we currently employ for our exploration needs. One such proposed technology is antimatter-based propulsion, which, as its name implies, involves using antimatter to power a spacecraft to velocities reaching a few percent of the speed of light.

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