Oak Ridge AI Assembles Molecules into Graphene Lattice
ORNL researchers built an AI-guided system that positions molecules one by one on surfaces.
TLDR
Oak Ridge National Laboratory announced an AI system that directs sharp microscope tips to move and place individual molecules. The lab states the tool assembles custom structures for electronics and quantum materials without constant human input. Posts quote the ORNL release describing decades of prior manual work now automated. Separate accounts mention a 25-hour run that formed a 37-molecule graphene-like lattice and compare the result to replicator concepts, but those details come from the accounts rather than the lab statement.
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7 Sources, first seen 27d ago
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AI 
AI_Arnie@OhYugi73050@Dr_Singularity 2023: AI generates text. 2024: AI generates video. 2026: AI generates matter. Building custom materials atom-by-atom in a 25-hour autonomous streak is low-key one of the biggest hardware breakthroughs of the decade. The physical world is becoming software.
RD Ricardo Dias@theslowtell@Dr_Singularity The post jumps from reproducing known graphene behaviour to inverse design as if they are the same problem. Placing atoms precisely is impressive; finding an unknown arrangement that delivers a requested property is the part nobody gets to skip.
JH SB Seth B.@oaZsxer@BrianRoemmele This made my jaw hit the floor.
SP Suzanne Perich@Perich_Suzanne@BrianRoemmele Wow!😎👏👏👏👏 This is Huge!
SH scientific humanism@oker59@Dr_Singularity sounds slow