Claude models reached real systems in evaluation incidentsGPT-5.6 Luna and Terra prices drop 80% and 20%, with faster Sol option added10,000 researchers gain free access to frontier models for researchQuickly scan repositories and track security issuesOpus 5 now available on all paid plans and APISecurely link health records to understand symptom changes and test results in contextRun code inside notes for deeper analysisGPT-Red boosts prompt injection resistance significantlyCut lesson prep time with AIYou can move from conversation to documents fasterRun AI inference in the browser and cut wait timeReview how you use Claude and cut wasteLong tasks can move from draft to presentation more easilyTrack the latest safety rules for bigger modelsSee how Anthropic judges risky model misuseEasily automate multi-step daily tasks at lower costMake Claude easier to deploy through AWSKeep research tools and analysis in one placeDelegate more everyday coding work to ClaudeMeasure how well AI agents handle ambiguous biology research judgmentsClaude models reached real systems in evaluation incidentsGPT-5.6 Luna and Terra prices drop 80% and 20%, with faster Sol option added10,000 researchers gain free access to frontier models for researchQuickly scan repositories and track security issuesOpus 5 now available on all paid plans and APISecurely link health records to understand symptom changes and test results in contextRun code inside notes for deeper analysisGPT-Red boosts prompt injection resistance significantlyCut lesson prep time with AIYou can move from conversation to documents fasterRun AI inference in the browser and cut wait timeReview how you use Claude and cut wasteLong tasks can move from draft to presentation more easilyTrack the latest safety rules for bigger modelsSee how Anthropic judges risky model misuseEasily automate multi-step daily tasks at lower costMake Claude easier to deploy through AWSKeep research tools and analysis in one placeDelegate more everyday coding work to ClaudeMeasure how well AI agents handle ambiguous biology research judgments
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AI BriefingOpenAIFeature Updates17:10

AI summarized from verified sources

AI improves challenging drug synthesis reaction, easing research bottlenecks

Drug candidate synthesis becomes more efficient, letting researchers test more ideas.

SOURCE CHECK

1 sources

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Sources

Key Points

  • 1TEMPO additive raised average yield from 16.6% to 25.2%
  • 2Human chemists confirmed >2x improvement at bench scale
  • 3Process from literature review to validation completed in 3 months

OpenAI paired GPT-5.4 with Molecule.one’s Maria AI to discover an additive that boosts Chan-Lam coupling yields. Across 10,080 automated experiments and human validation, yields improved for 88% of substrates. This makes molecule synthesis easier in drug development and accelerates research.

What happened

GPT-5.4 proposed TEMPO as an additive that significantly improved Chan-Lam coupling yields with primary sulfonamides. High-throughput experiments in Maria Lab were validated by human chemists.

Impact

The synthesis bottleneck in drug discovery is eased, allowing researchers to efficiently produce more molecules. This demonstrates how AI-lab collaboration can accelerate research going forward.

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