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RoulerBleu on scored.co
1 month ago9 points(+0/-0/+9Score on mirror)2 children
Ah, the mythical technology promissing absurdly performant computing, but has not done anything yet that wouldn't have been done better by existing supercomputers. (fixed typos)
Oh but they say it has so much *potential*. Just no results.
Couple years ago, Google and the NASA claimed they calculated something on their "quantum computer" that would have taken 10 000 years on a conventional supercomputer... Problem is, IBM retorted that in reality it would have taken 2.5 days for a supercomputer to do so.
In other words, just like fusion reactor projects, it's only good at burning taxpayers' money.
1 month ago4 points(+0/-0/+4Score on mirror)1 child
> In other words, just like fusion reactor projects, it's only good at burning taxpayers' money.
In 10 more years, we'll be 10 years away from being 10 years closer to being 10 years out from having a fusion reactor that will be almost able to produce more energy than consumes.
The problem is that fusion is fundamentally a process that occurs within stars, and those things aren't small. They must reach a certain minimum mass in order to start the nuclear fusion process, otherwise they'd just be like planets. Gravitation is a necessary ingredient to the recipe to make it work, and stars are basically like huge, expendable fusion energy batteries that last for a couple billions of years, and exert extreme amounts of energy into all directions. Their death cycle occurs by an imbalance of gravitation and fusion that leads to a supernova and a transformation of the star into another type.
Doing fusion without that gravitation makes it impossible to make it sustainable. The gravitation itself creates a pressure large enough to run (force) nuclear fusion, and we have to (if it is actually possible) do it ourselves with "Earthly" means where we can't even utilize our gravity for it. That means chemical-physical processes.
It's easy to start a fire in the summer at day, but hard in the winter while snowing in Antarctica at night. I am not even sure if this metaphor comes close to the discrepancy with fusion, it might be worse by a further factor.
It is possible that fusion energy will NEVER be possible on Earth - at least not reasonably and sustainable. Just changing the parts is extremely expensive, which will degrade over time. A fucking treadmill is more cost-efficient than that.
Oh but they say it has so much *potential*. Just no results.
Couple years ago, Google and the NASA claimed they calculated something on their "quantum computer" that would have taken 10 000 years on a conventional supercomputer... Problem is, IBM retorted that in reality it would have taken 2.5 days for a supercomputer to do so.
In other words, just like fusion reactor projects, it's only good at burning taxpayers' money.
In 10 more years, we'll be 10 years away from being 10 years closer to being 10 years out from having a fusion reactor that will be almost able to produce more energy than consumes.
A man of culture who followed these BS research project and knows they never output more energy than was put into it to "kickstart" it.
Doing fusion without that gravitation makes it impossible to make it sustainable. The gravitation itself creates a pressure large enough to run (force) nuclear fusion, and we have to (if it is actually possible) do it ourselves with "Earthly" means where we can't even utilize our gravity for it. That means chemical-physical processes.
It's easy to start a fire in the summer at day, but hard in the winter while snowing in Antarctica at night. I am not even sure if this metaphor comes close to the discrepancy with fusion, it might be worse by a further factor.
It is possible that fusion energy will NEVER be possible on Earth - at least not reasonably and sustainable. Just changing the parts is extremely expensive, which will degrade over time. A fucking treadmill is more cost-efficient than that.