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💫'Star Trek' -como el motor de antimateria podría llevarnos a la estrella más cercana

A ‘Star Trek’-like anti-matter engine could power humanity to the nearest star

Video incluido

This potential travel method could be the key to interstellar travel
By Nicole Kiefert | Published: Monday, December 05, 2016
Richard Hammar


Alpha Centauri has captured the attention of many scientists, and for a good reason. Not only is it the closest star system, but, as the video points out, it seems like a great candidate to find an exoplanet.

While Project Blue is still fundraising for a new telescope to study Alpha Centauri, researchers are working on ways to successfully travel to the star system 4.37 light-years away.

Speculative Films released a short documentary called “Traveling to Alpha Centauri?” in support of Project Blue. The documentary discusses the most recent method: an anti-matter propulsion system.

Anti-matter propulsion wouldn’t be quite as fast as a warp powered Starfleet vessel in the Star Trek universe, but it could speed up the trip to Alpha Centauri: Scientists say this method could power a rocket that could get a probe to Alpha Centauri in 40 years, which is 1000-times faster than the technology we are currently using.

The engine would work by producing cold positrons, then slamming them into their positive matter equivalent, the electron. Because matter and anti-matter annihilate each other, the reaction could provide a way to propel the spacecraft to unprecedented speeds.

NASA and Breakthrough Starshot are still researching technologies for interstellar travel, but developing these technologies could be the key to leaving our solar system and studying another. The recent discovery of an Earth-mass planet around nearby Proxima Centauri could be a good catalyst to get those plans off the ground.


1 comentario:

  1. This is a fantastic development in the theoretical side of rocket propulsion. I am not an engineer of any type but the concept makes sense to me. Its only limitation is that it cannot move a spacecraft faser than the speed of light, thus keepinf even the shortest of journeys in the years-long duration.

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