4 ms·
I’m currently in a Twitter space with some accounts who know more about this process and this question was answered a few minutes ago. To summarize: no one has
by yinser 3y ago
I’m currently in a Twitter space with some accounts who know more about this process and this question was answered a few minutes ago. To summarize: no one has yet found a way to “steer” which sites get Cu and which ones don’t. This paper simultaneously makes LK-99 look like the real deal but also points out there may be more, or much more work, to reliably direct the replacement. Someone in the space said “if you find a way to get the Cu to the right site that’s a Nobel Prize”
- yinser 3y agoLink to the space, https://twitter.com/i/spaces/1eaKbrgVyoqKX https://twitter.com/i/spaces/1eaKbrgVyoqKX
- calf 3y agoIf some third party scoops a more reliable process that would seem unfortunate for the original group.
- nemo44x 3y agoI don’t think so, not at this point. Their foundational theory and experiments to objectively prove it are more than enough. Anything that follows could be too but it doesn’t diminish what these guys have discovered. There will be thousands of people working on this now. These guys are the shoulders they all stand on.
- KingLancelot 3y agoI mean, it’s the higher energy site, right? So heat it? Better yet, do something like a microwave oven tuned to Lead’s resonant frequency to encourage all the sites to be in the higher energy state as the crystal structure is forming.