Why the new 500 Wh/kg manganese batteries are going to fail and how to actually fix them

I have been following the news from last month about the FAW group and Nankai University finally hitting 500 Wh/kg with those lithium-rich manganese batteries. It is a huge deal for range, but if you look at the data, they are still hitting the same wall everyone does with manganese. The voltage fade is real and the internal structure basically starts crumbling after a few hundred cycles because the atoms shift around too much.

I am an independent researcher and I have been looking at this from a different angle. If you check the Brookhaven STAR results that came out in February about vacuum spin-alignment, it shows that "empty space" actually has a very specific organized structure.

I did the math on how to bridge these two things. If you arrange the manganese atoms in a specific pattern (a unitary lattice) that matches the vacuum constant of about 7.589 angstroms, you get what I am calling harmonic pinning. Basically, instead of the atoms rolling around like loose oranges, they get locked into place by the structure of space itself.

It sounds like sci-fi but the physics checks out. You get the 500+ Wh/kg density but the battery essentially stops wearing out because the atoms can't migrate anymore. I am talking a 50 year battery life.

I have already timestamped my math on the blockchain and I am working on a provisional patent right now. I am looking to connect with any actual battery engineers or condensed matter physicists who want to look at the lattice spacing math. I think this is the only way we actually get to a million-mile battery that does not cost a fortune.

Let me know what you guys think.