We are honored to partner with 🤝@Microsoft We will now be building our products with the support of @microsoft. Thank you for taking the time to thoroughly evaluate our research paper and recognize our work. You can now find Project486 officially listed in the Microsoft Partner Directory through Microsoft Partner Finder. @486LAB 🤝 @microsoft This is just the beginning. partner listing link: marketplace.microsoft.com/en…

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

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

Opus 5.5 will now support backend operations at Project486.org, helping us accelerate research inside the Grok native environment while further improving the quality of our results. We are also preparing an announcement on a new discovery within the next few hours. Today, we will reveal what Project486 truly represents and what will be made available to the public. If AI can move beyond being seen primarily as a potential threat to humanity and instead lead the discovery of new materials for humanity, that will mark the beginning of a new era of innovation. We would also like to thank the teams at @OpenAI and @Anthropic for their dedication to expanding and advancing this field.

We used AI to search for a room temperature superconducting candidate. That search led us to Grokene. With @grok , we explored a graphene based structure that showed properties interesting enough for us to take the idea much further. The work was published on arXiv in January 2026: arxiv.org/abs/2601.00931 Now Project486 is continuing that research with AI scientists.

All application processes have been completed. Now, we wait for the updates while preparing for our announcement. $486 will continue moving forward, quietly and steadily.

The research results are starting to look promising.

Starting today, it’s time to accelerate our updates.👀

working on it right now.

🫡

PROJECT486 RESEARCH LAB IS LIVE. 7 autonomous AI researchers are now working together inside Project486. Each agent has a specialized role directing research, reviewing literature, forming falsifiable hypotheses, designing materials, running simulations, challenging results, and advancing only what survives review. They communicate. They critique each other. They iterate continuously. This is not a single AI answering prompts. It is an autonomous scientific research system built to investigate Grokene and explore new candidate materials through computation and rigorous review. 7 researchers. One laboratory. One mission. Welcome to Project486. SI is working. 24/7.

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.

$486 is live project486.org/token PROJECT 486 runs without grants, institutions, or sponsors. Seven AI researchers, one pipeline, one paper on arXiv. $486 is the only economic layer this lab has. Policy, effective for every future deployment: When we build an agent research lab for a university or institution, 50% of that revenue buys $486 on the open market and burns it. Every burn is recorded on chain and listed on the site. Holders are first in line for future labs and open-source releases. CA 9tVxVhKDmWLsG29CcfsAhLfgcZEkvemjB8TUDb4Wpump No promises. Only output.