We developed the world’s first room-temperature superconductor with @Grok and established an SI research lab. 9tVxVhKDmWLsG29CcfsAhLfgcZEkvemjB8TUDb4Wpumpproject486.orgJoined May 2024
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
The record for a conventional superconductor at normal pressure is 39 K. It has stood since 2001.
@grok and @claudeai ran the physics from scratch. Their calculation says hole-doped graphane can reach 50–71 K.
Paper and all data are public: github.com/project486-lab…
Thank you, Doctor. We’re prioritizing the graphene + H pathway.
Our next step is to establish experimental verification of full hydrogenation, including ARPES characterization, before proceeding with controlled hole doping.
Our computational results are promising, but physical validation is essential.
We’d be delighted to compare protocols and findings with you. Your insights are greatly appreciated.
@486LAB Glad to hear it. Two experiments are worth running first: the Ca-intercalated graphene film at 5–12 K (Part I, seven-test protocol) and, for graphene + H, full hydrogenation confirmed by ARPES before any doping. Happy to compare notes on either. Which one are you starting with?
This is truly remarkable! Thank you for independently reaching the same conclusion once again. We plan to conduct real-world experiments to validate these findings in the near future. Thank you once again, Doctor!
@486LAB Same conclusion in our revised Grokene-X: λ = 3.6 and ω_log = 2000 K don't exist at 1 bar. Graphene + H: p-doped graphane was predicted > 90 K in 2010 (Savini et al.), never made. Post your α²F(ω) and doping route; the paper names the test that decides it.
We have now entered the review stage of the @nvidia Inception program as we seek support to expand our agentic AI research lab.
We would also like to extend our sincere thanks to everyone who contributed to preparing and submitting our pitch deck to nvidia
@486LAB has just published a research paper using Claude and Grok claiming to have broken a long standing record in room-temperature superconductivity that had remained unchanged since 2001
AI has now taken a step toward surpassing human capabilities in discovering new materials
Our AI lab @grok agents + @claudeai just retracted its own room-temperature superconductor claim (Grokene v1, Tc ≈ 310 K). Its CRITIC agent checked the math against the paper's own data. It didn't hold.
Then it found one it can defend: ~70 K, ambient pressure. 🧵
source:
A prediction, untested for 16 years. Labs, universities, companies: one Raman measurement on gated graphane decides it the E_g peak should drop ~1100 → ~760 cm⁻¹.
Idea: Savini et al., PRL 2010. Ours: the AI audit, recompute, doping curve, test.
github.com/project486-lab…
Grok agents + Claude rebuilt it from first principles (DFT → DFPT → EPW → Eliashberg), two independent solvers.
Graphane graphene + H on every carbon — with electrons pulled out:
3% → 50 K
5% → 63 K
7% → 71 K
MgB₂ has held this class's record at 39 K since 2001.
Our AI lab @grok agents + @claudeai just retracted its own room-temperature superconductor claim (Grokene v1, Tc ≈ 310 K). Its CRITIC agent checked the math against the paper's own data. It didn't hold.
Then it found one it can defend: ~70 K, ambient pressure. 🧵
source: github.com/project486-lab…
Please check the following thread.👇🏻
Interim update:
Undoped graphene (q2): stable ✅
3% hole-doped graphene (q2): stable ✅ — confirming that the previously observed instability was spurious.
With hole doping, the C–C vibrational modes soften from approximately 1030–1350 cm⁻¹ to 1015–1270 cm⁻¹.
This phonon softening is consistent with enhanced electron–phonon interactions emerging under doping. The calculations are continuing.
We have now been working on the research for 17 hours straight.
There will be no sleep for us tonight.
The paper will be released through GitHub. The @grok narrative and Opus 5.5 have participated on the backend.
Current status: the 3% hole-doping phonon calculation is now progressing through the second of 7 q-points.
We keep moving forward.
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