@sectoralxyz Try seeking partnerships to help this project grow quickly, and look for influential figures who can help it expand rapidly and gain widespread recognition.
What happens when you tap send on Sectoral:
Your device builds a ZK proof. Robinhood Chain verifies it and updates two encrypted balances. Both addresses go on the public record. The amount never does.
Settled in about 100ms.
Learn more: https://t.co/5fNRIAudvU
Your bank, in your pocket. Your balance, in your eyes only.
Sectoral decrypts your figures on your device. On chain, every amount stays encrypted, and nobody else can read it.
Run accounts for you and your agents from anywhere.
Bonded. There is still issue with the fee claiming (still see 0% claimable).
Anyways, sent 7 sol to reward wallet right now.
Sending another 10 sol at 100K
Do you think it’s free to make SI videos?
Are you making the content?
Are you paying Dex?
Are you buying and locking supply?
9NoWD9DfG5xhQPpKrAUWoc1JHFXa9evL9SZFRawUpump
I got my first win! That ain't shit I've held better before losing it to my enemies, but still! A win is a win!
https://t.co/JvFpJ57Jdy
https://t.co/oFiU3Py1y6
$TRENCH
Project486 is officially advancing research on Grokene, our AI discovered room-temperature, ambient-pressure superconducting candidate.
Grokene is a graphene based 2D superlattice designed and evaluated through computational physics. Our current research explores its electronic structure, phonon behavior, electron phonon coupling, superconducting gap, structural stability, and potential pathways toward higher-temperature superconductivity.
Theoretical calculations indicate an exceptionally strong electron–phonon interaction and a mean-field superconducting scale reaching approximately 310 K under the studied model. However, Grokene remains a theoretical candidate not a confirmed room-temperature superconductor. Experimental synthesis, transport measurements, Meissner-effect observation, and independent reproduction will ultimately determine its physical validity.
Project486’s autonomous scientific agents are now continuously researching and evaluating Grokene, with the goal of refining the material into conditions suitable for real world experimental validation by universities and research institutions.
Research paper:
arXiv:2601.00931
This is only the beginning.
7 autonomous scientific agents.
1 open physics laboratory.
1 candidate worth investigating.
Welcome to Project486.