The next major goal is still overall energy-positive output, right? We’ve only breached the threshold of output > input naively, without considering any external energy costs. I hope we get there though, it would be very neat!
Oh, no, we’ve managed net positive! That was the most critical achievement, and we finally did it last year! Not a whole lot, but we have. The problems we’re encountering now is dealing with the massive heat produced. But we just hit a new milestone in dealing with that, too!
Progress is being made, and that’s (the heat) is one of the biggest factors now in scaling up. But it’s an achievable goal. The more heat we can handle during the reaction, the bigger reactors we can build.
The next major goal is still overall energy-positive output, right? We’ve only breached the threshold of output > input naively, without considering any external energy costs. I hope we get there though, it would be very neat!
Oh, no, we’ve managed net positive! That was the most critical achievement, and we finally did it last year! Not a whole lot, but we have. The problems we’re encountering now is dealing with the massive heat produced. But we just hit a new milestone in dealing with that, too!
Progress is being made, and that’s (the heat) is one of the biggest factors now in scaling up. But it’s an achievable goal. The more heat we can handle during the reaction, the bigger reactors we can build.
We did?? I thought it was just net energy gain from the impulse itself!
yeah, over a year ago
https://www.cnbc.com/2022/12/13/nuclear-fusion-passes-major-milestone-net-energy.html
it’s been replicated twice since then
Wooooo yeah let’s gooo