Eh, thanks but no. Our remit doesn't and shouldn't include all terrestrial nuclear power. We got the science off the ground, we've allayed people's fears, and we have our dedicated projects.All the same, given continuing attitudes it would probably be better to retain our carve-out and keep advancing terrestrial nuclear tech. Could spare the world a good deal of trouble.
What does it mean for an impactor to have a "lifetime"? Is that how long it takes for it to impact?--[ ] Lodestone-class impactor (40R, 1 turn) (2 mass) (1 quarter lifetime)
--[ ] Lodestone-class impactor (45R, 1 turn) (4 mass) (4 quarter lifetime)
I was getting ready to send some critters to valhalla, but thinking on it more... I am unsure if actually needed? Main question if if we have data recording equipment that can accurately record g-forces and important life support parameters (temperature, CO2 concentration) and beam them back in flight. If we do, I see no reason to not just do some dry runs with 45 kilo sandbags. If we don't, than yeah we need a sacrificial lamb.[ ] Animal Cosmonauts - Now that the R-4a and the Mark 1 are both available, it would be wise to do tests on the complete set of systems our cosmonauts will rely on to live and work in space without risking said cosmonauts in case of failures. Perhaps with a chimpanzee, instead. (75R, will complete, dice roll for success, possible PS loss on failure)
Huh it no longer says it's out of 1000. Did it change, was the number display in the results an error? Anyways yeah we should hand off the nuclear research. If taking that action makes the hand-off happen at the end of the turn, doing it together with finishing terrestrial reactors and one last push on nuclear power is a great way to wrap up the year! If handing it off is exclusive with working on it this turn though, better do it next year (or at the congress).[ ] Propagandize for Nuclear Power - As the IEC has gained more and more knowledge on the subject of nuclear power, it's become apparent that if you want to put this knowledge to good use for humanity, you'll need to start working against the (justified) stigma nuclear as a whole has in order to realize its full potential. (-1PS per die) (788/???)
A person at the end of next year? Very optimistic given our double-digit failure rate. Maybe if we crank out R-4a rockets as hard as we can to gain experience and launch the capsule in Q4, we'll just barely make it within comfortable margins.There were murmurs of doing more animal testing with the first capsule or two before sending up a human in one, but it looked distinctly like there would be a person in space before the end of the next year.
A standardized reactor designed for serial production? We're already doing way better than OTL, if the nuclear industry does not need to design each power plant like a bespoke artisanal product.The finalization of the 'production' Universal Standard Fission Plant-200 design proceeded apace, detailing in minute detail how to construct a refined and uprated version of the research reactor in New Delhi.
You have a 0% failure rate on the R-4.Thoughts and questions:
What does it mean for an impactor to have a "lifetime"? Is that how long it takes for it to impact?
I was getting ready to send some critters to valhalla, but thinking on it more... I am unsure if actually needed? Main question if if we have data recording equipment that can accurately record g-forces and important life support parameters (temperature, CO2 concentration) and beam them back in flight. If we do, I see no reason to not just do some dry runs with 45 kilo sandbags. If we don't, than yeah we need a sacrificial lamb.
Perhaps a chimpanzee is a bad idea either way though. Too liable to pull levers they shouldn't. Maybe a dog instead.
Huh it no longer says it's out of 1000. Did it change, was the number display in the results an error? Anyways yeah we should hand off the nuclear research. If taking that action makes the hand-off happen at the end of the turn, doing it together with finishing terrestrial reactors and one last push on nuclear power is a great way to wrap up the year! If handing it off is exclusive with working on it this turn though, better do it next year (or at the congress).
Also, couple belated reactions on the results post:
A person at the end of next year? Very optimistic given our double-digit failure rate. Maybe if we crank out R-4a rockets as hard as we can to gain experience and launch the capsule in Q4, we'll just barely make it within comfortable margins.
A standardized reactor designed for serial production? We're already doing way better than OTL, if the nuclear industry does not need to design each power plant like a bespoke artisanal product.
Who dang when did we achieve that? And how, given the other rockets were far from perfect?
Who dang when did we achieve that? And how, given the other rockets were far from perfect?
Thanks for the other explanations.
But it's not our remit. Our remit is science, not energy production. We were handed nuclear material because we volunteered to do science with it, which we have done and will continue to do. Are we going to be responsible for building plants all over the globe? We're not the DoE.I am staunchly against giving up any portion of our remit voluntarily. If the World Congress wants us to hand off nuclear research to another body then they can order us to do it.
Our remit remains science. However, that science doesn't have to be deeply exclusive. We've formed the world's only nucleus of productive nuclear research, and there's little reason not to continue with those lines of investigation just because "it's not space". Reactor improvement is reactor improvement.
There are rational limits, but we've hardly scratched any of them here. As long as this line of investigation remains productive, specializing it is to everyone's detriment.
You have inspired me good sir, to create a plan to smack the moon in the face.I'm just really excited that this quest almost has interplanetary probes, and at our rate compared to OTL. Luna 2 didn't hit the moon til September '59.