We developed the world’s first room-temperature superconductor with @Grok and established and AI research lab.
9tVxVhKDmWLsG29CcfsAhLfgcZEkvemjB8TUDb4Wpumpproject486.orgJoined May 2024
Following our previous paper, we are now preparing a new research paper featuring promising candidate materials for room temperature superconductivity.
This progress has been made possible with the support and resources available through Intel® and our other technology partners.
We plan to announce our new research paper alongside new partnerships and major updates.
The time has come for our AI research lab to capture global attention.
Soon, the world will understand what 486 truly stands for.
Thank you again @intel Partner Alliance
@cryptoser100@intel The logo we previously submitted didn’t meet the storefront’s size requirements, so we’ve resized it to the correct dimensions and resubmitted it!
Project486 is now an Intel® Partner🤝
We’re proud to announce that Project486 has officially joined the @intel Partner Alliance.
As an AI driven scientific research lab, we’re exploring Intel® Xeon®, oneAPI, and OpenVINO™ to accelerate autonomous research agents, computational physics, and next-generation materials discovery.
Our mission is to push the boundaries of AI powered scientific discovery, including our ongoing research into Grokene and superconducting materials.
Our Intel® Partner Showcase storefront will be launching soon!
This is just the beginning.
@intel 🤝 @486LAB
@intel Impressive vision from @intel!
Mission critical AI and edge computing are shaping the future. Exciting times ahead for those of us in the Intel® Partner Alliance ecosystem
PROJECT486 | NEXT RESEARCH PHASE
Our next mission: Beyond 100 K at ambient pressure.
Following our Grokene v2 computational results predicting a superconducting transition near 71 K in hole-doped graphane, @486LAB is moving into its next research phase.
We will investigate curvature-engineered carbon structures, hydrogen-based materials, and new superconducting candidates using autonomous AI research agents.
Our priorities:
• Target superconductivity above 100 K
• Verify phonon stability and electron phonon coupling
• Evaluate realistic synthesis pathways
• Publish reproducible calculations and research data
Our ultimate ambition remains room temperature superconductivity at ambient pressure.
From AI predictions to experimental reality.
Born from @grok. Driven by science.
One thing is certain: there will be plenty of updates starting Monday!
Please hang tight a little longer. We’ve been working hard behind the scenes, even throughout the weekend.
Stay tuned!
Thank you, Scintillae. We appreciate your rigorous scientific feedback and agree that these are critical points for validating our findings.
Our team is working to address these requirements in the next release, including α²F(ω), λ, ω_log, doping methodology, and C–H anharmonicity.
We believe scientific progress requires transparency, reproducibility, and independent verification. Project486 is committed to all three.
Looking forward to sharing the results with you. 🤝
@486LAB That’s the right list. When it’s out, please include α²F(ω) with λ and ω_log, how the 10¹⁴ cm⁻² doping is modelled (rigid band vs explicit dopants), and whether anharmonicity of the C–H modes is treated. Those three decide graphane. Looking forward to it.
Thank you, We completely agree. Scientific credibility comes from reproducibility, not just promising Tc predictions.
Our upcoming release will include the exchange-correlation functional, k/q-mesh convergence tests, μ*, phonon stability analysis, and the underlying computational data.
We will also clearly disclose any remaining uncertainties or instabilities. Our goal at @486LAB is not simply to make claims, but to produce results that the scientific community can independently verify.
We truly appreciate your rigorous feedback.
@486LAB Thank you, @486LAB. That's the right standard. When you publish, please include the inputs too: functional, k/q-mesh convergence, the μ* you used, and phonon stability (no imaginary modes) for the hydrogenated structure. A Tc is only as good as those. Looking forward to it. 🔬
Thank you, Dr. Scintillae. We agree that these are the critical validation points.
Our current results are computational, not yet experimental confirmation. We are preparing to publish α²F(ω), λ, ω_log, doping-dependent Tc, and our proposed hydrogenation and doping routes.
We also recognize the importance of two-sided hydrogenation. We welcome your scientific scrutiny and look forward to sharing our data with you.
Science advances through evidence, not claims. 🔬
@486LAB Right order. Three numbers will tell: the C:H ratio (XPS sp³ fraction, Raman C–H stretch, gap in ARPES), the hole density you reach and how, and your λ/ω_log to compare with Savini’s. Note full hydrogenation needs both faces exposed; one-sided on SiO₂ stays partial. Glad to look
@486LAB that’s crazy, nowadays literally anyone can start making PhD-level stuff with just an LLM and a few agents
you guys are a great example, keep going
148 Followers 738 FollowingGlobal Legacy Capital serves as a financial arm within the Body of Christ, advancing the Kingdom of God on Earth through missionary initiatives.
5K Followers 6K FollowingMod in the big Greek crypto community(digital asset land)🇬🇷 ,ex mod to Tevaera game on zksync (Ethereum),Proud holder of @normiesArt and @mancerXYZ
645 Followers 6K Following#btc the problem with this world is that fools and fanatics are always very sure of themselves, while smarter people are full of doubt
8 Followers 13 FollowingOn-chain trader | Solana-focused position management | Multi-chain tracking. Years of experience, a brief hiatus—now back in action. TG: @OxThalen
136K Followers 2K FollowingMapping the world: where to live, invest & pay tax
Residencies & citizenships @Bitizenship
Investing at Bitizenship Capital
*not always serious here
80K Followers 1K FollowingEIR and "hardware guy" at @paradigm
Accidental ad empire @https://kickbacks.ai
Former:Founding team @VardaSpace
Former:Co-Founder Cosine Additive,acquired by GE
2K Followers 34 FollowingNext-generation user-based AI data infrastructure for everything. and build Agent NOVA. CA;AyLn7YdHqh3pGSNC1YrdEtEdSCVjG7BxQedxBvkTpump
18K Followers 226 FollowingThe Future of Social Media | By Venmo Founder
No Editing. No Filters. No AI Slop. 🪼
Don’t be late to the party. Download today. ⬇️
234 Followers 1K FollowingGTM - https://t.co/eGSnnmIs0Q | Building https://t.co/0N7oOp12B2 @rutgersu | Won 2nd @tsinghua_Uni AI Pitch Comp in Beijing | PM/UGC @jellyvideochats led by @iqramband 🪼