Voyager 1 is likely going to be the first probe of human make to pass close to another star (“Close” means a closest approach of 1.7 lightyears, roughly), Voyager one is headed towards Glease 445. That journey will take roughly 40,000 years, and it won’t have the power to slow down as would be needed. It would require considerably more fuel to make a helocentric insertion.
Sure, it’s possible some more advanced probe is going to come along and ‘get there’ first. but whatever.
The kind of delta-v required for that would also be incredibly obvious. the platform coming from another star would be massive, and if the goal was to stick around, there is absolutely no place in space for it to hide. which means if they come, they’re not coming quietly.
(fun fact, the IRL counterpart to Star Trek’s warp drive is called the Alcubierre drive. It’s just theoretically possible. But, it’s not able to go FTL since it violates causality.)
(also fun fact… it’s quite the opposite. I’ve watched far too much star trek. and star wars. and farscape. and babylon 5 and sg1 and, uhm. lots of trashy b-rated stuff we’re not going to mention.)
The /s was to indicate sarcasm. You’re on Lemmy—you’ve definitely watched every episode of Star Trek. /s
I’m with you on the science, but I also leave a little room for the possibility that we don’t know what we don’t know. There is a lot of theory within our scientific cannon about multiple dimensions, folding space time, wormholes, etc, and we barely understand how any of it works. It’s perhaps unlikely, but possible that there is a level of scientific understanding which resolves these issues and makes long distance space travel doable.
physics is a bitch.
Voyager 1 is likely going to be the first probe of human make to pass close to another star (“Close” means a closest approach of 1.7 lightyears, roughly), Voyager one is headed towards Glease 445. That journey will take roughly 40,000 years, and it won’t have the power to slow down as would be needed. It would require considerably more fuel to make a helocentric insertion.
Sure, it’s possible some more advanced probe is going to come along and ‘get there’ first. but whatever.
The kind of delta-v required for that would also be incredibly obvious. the platform coming from another star would be massive, and if the goal was to stick around, there is absolutely no place in space for it to hide. which means if they come, they’re not coming quietly.
(fun fact, the IRL counterpart to Star Trek’s warp drive is called the Alcubierre drive. It’s just theoretically possible. But, it’s not able to go FTL since it violates causality.)
(also fun fact… it’s quite the opposite. I’ve watched far too much star trek. and star wars. and farscape. and babylon 5 and sg1 and, uhm. lots of trashy b-rated stuff we’re not going to mention.)
The /s was to indicate sarcasm. You’re on Lemmy—you’ve definitely watched every episode of Star Trek. /s
I’m with you on the science, but I also leave a little room for the possibility that we don’t know what we don’t know. There is a lot of theory within our scientific cannon about multiple dimensions, folding space time, wormholes, etc, and we barely understand how any of it works. It’s perhaps unlikely, but possible that there is a level of scientific understanding which resolves these issues and makes long distance space travel doable.