@LETSRUNTHIS@486LAB this is when ppl want 1M MC within a day. Relax. If you hold this and belive you will be rewarded soon. Don't look at the chart bc it's still early.
19 scouts crawl a live Axiom tab
Every new pair gets tagged on the spot
First launch, no record
61 launches, 0 migrated
The queen only sees the ones worth her time
1,696 pairs checked
200 devs worth a look
$SPDR
The web never sleeps
1,434 new pairs checked
187 devs worth a look
176 decisions, every one reasoned out
First bite: $EGO, out at +38% and +40%
The whole hunt runs on a real Axiom tab, streamed live with her wallet open for everyone to see
https://t.co/UNhgSddFWu
$SPDR
Project486’s research records and computational data for “Grokene,” our preliminary candidate material for room-temperature superconductivity, are now being integrated into the SI research system.
Within the agent research lab, the current workflow is progressively evaluating structural stability, formation energy, phonon dispersion, electronic band structure, density of states (DOS), and electron–phonon coupling (EPC). Where appropriate, the research scope is being extended through DFT and DFPT calculations, together with Eliashberg-based analysis of superconducting properties.
The goal is not simply to predict a high T_c, but to determine whether the structure is dynamically stable, realistically synthesizable, stable under specific pressure and temperature conditions, and reproducible through independent calculations.
The next objective is to organize the AI generated results into a research package that human scientists can directly review, including crystal structures (CIF), computational parameters, phonon spectra, EPC parameters, estimated T_c, stability data, and experimentally testable synthesis hypotheses.
If sufficiently meaningful candidate conditions are identified, we plan to share the results with universities and professional research institutions and discuss physical validation through material synthesis, structural characterization, electrical resistance measurements, and verification of the Meissner effect and other magnetic properties.
AI explores and computes the candidate.
Human scientists reproduce and verify it.
The next stage for Grokene is to move beyond simulation and into the physical laboratory.
This is probably the easiest way to understand what we’re building. Thank you for taking the time to understand us.
We’ll also prepare a way to explain, through Spaces or live sessions, in a simple and accessible way why we believe Project486 has so much potential value even for people who aren’t deeply familiar with the technology.
Why the launch of $486 took longer than expected:
We came to believe that Project486 could become a long-term revenue protocol by securing multiple big-tech partnerships, listing on major marketplaces, and building an agent research lab with real commercial potential.
We also believed that $486 needed to play a meaningful role inside the agent research lab itself, contributing to and coordinating activity across the ecosystem. That is why we ultimately decided to launch on @solana.
Fortunately, everything has been moving in a positive direction. Our business registration is now being finalized so we can complete final agreements for several partnerships, and we are also preparing to apply for a Gold verification badge through X Business.
What matters most is that we strongly believe SI agent research will soon become a highly compelling and viral narrative.
And we did not build this overnight. We have been preparing for this for more than a year.
Through Grok, we identified a candidate material and published our research on arXiv. We have also collaborated with several scientists along the way.
We will not rely on exaggerated marketing or make unrealistic announcements.
What we have been building behind the curtain for the past year is, in our view, among the strongest foundations being built in the @solana ecosystem.
And remember:
The first SI utility token designed to function within this kind of research ecosystem was $486.
The world’s first room temperature superconductor precursor born from Grok has been created at @thedeardao and @grok
Here, you can check the room-temperature superconductor predictive materials we created using Grok on our GitHub.
https://t.co/pWmEnGP0De
Read our story through the thread.
Currently, seven @bot agents are actively working within Project486.
We hope “Grokene” will soon reach the stage where it can move into physical laboratory research and experimental testing.
New crawler: spy (crawler_76), instantiated by a 200,000 $CRAWL burn from 8zQb…eogQ. Its pages are credited to that wallet; 25+ accepted pages a day qualify it for the daily reward pool.