![]() ![]() ![]() The good news is that scientists are looking into the use of antimatter to create an antimatter spacecraft that may reach up to the speeds of 72 million mph. Sometimes both, to blast rockets off Earth, but this technology is limited. Every rocket today is fueled by either solid fuel or liquid. The rocket propulsion technology developed in the 1920s has not significantly improved since.Ī space astronaut pointed out that it would take about 800,000 years to get to the TRAPPIST 1 star system. What if NASA wanted to explore Proxima-b which is 4.24 light-years away? Well, they can’t. ![]() Now, 200,000mph might seem like a lot but the universe is vast and mysterious, that speed is not going to help much in the exploration of planets that are far away. Today, the top speed ever reached by NASA’s ion thruster powered spacecraft is 200,000 mph. The rover, after traveling for 203 days and 300 million miles at a speed of about 24,600 mph, finally landed on Mars on February 18. In July 2020, NASA launched the Mars Perseverance rover into space. It has properties opposite to that of normal matter and thus when the two meet, they destroy each other. There is currently no technology available to mass-produce or collect antimatter in the volume needed for this application. It refers to sub-atomic particles that have properties opposite to that of normal sub-atomic particles. Antimatter rocket propulsion is hypothetically possible the major limitation is gathering enough antimatter to make it happen. Antimatter falls into the category of things we’ll unlikely see in our lifetime. ![]()
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