Ask HN: Why is LK-99 public?
1–10 of 64 posts
Re: Ask HN: Why is LK-99 public?
#2Re: Ask HN: Why is LK-99 public?
#3But yes, there was a leak in the form of the first whitepaper published by Kwon who was a former member of the group—so perhaps had it not been for that release then they would still keep trying to enchance the process more before releasing.
Like for a decade ;).
Re: Ask HN: Why is LK-99 public?
#4Re: Ask HN: Why is LK-99 public?
#5Perhaps his fears were founded. A few hours later in fact his name was suppressed in a second version of the paper.
Re: Ask HN: Why is LK-99 public?
#6When energy flows from one and of a wire made from a superconductor to the other end, then no heat is produced? Where did the energy go then?
If CPUs were made from material without resistance, would they stay cold?
How much of the heat a CPU expells is inevitable?
Could (non-reversible) calculations be done without creating any heat? If yes, where did the energy go? There is no way to compute something like 10+20 without "using up" energy, right?
So many questions...
Re: Ask HN: Why is LK-99 public?
#71. The discovery was in a university research context, where publishing results is normal practice.
2. Maybe publication was mandated by the funding source.
3. Maybe it's not yet certain that it's a breakthrough and they want more eyes on it to help validate.
4. Maybe they want to be publicly acknowledged as the discoverers, for future patent/prize/fame purposes.
5. Maybe it's so early stage, or with so many practical limitations, that it is not yet ready to be industrialized.
6. Maybe the recipe is so simple that there's no realistic way to contain knowledge of it.
7. Maybe it's a revolutionary technology that will save the world and the best outcome for everybody, including the researchers, is to get it into as many hands as possible.
No need to invoke conspiracy.
Re: Ask HN: Why is LK-99 public?
#8Re: Ask HN: Why is LK-99 public?
#9Im still trying to wrap my head around superconductors. When energy flows from one and of a wire made from a superconductor to the other end, then no heat is produced? Where did the energy go then? If CPUs were made from material without resistance, would they stay cold? How much of the heat a CPU expells is inevitable? Could (non-reversible) calculations be done without creating any heat? If yes, where did the energ…
My understanding is power is expended when current flows through a metal with resistance, and that loss is in the form of heat. The lower the resistance, the lower the loss and therefore lower the heat