OpenAIHow Ramp engineers accelerate code review with Codex
Ramp leverages Codex with GPT-5.5 to accelerate code review, deliver substantive PR feedback in minutes, and enable agentic tooling like the On-Call Assistant to raise developer experience and software velocity.
OpenAIAn OpenAI model has disproved a central conjecture in discrete geometry
An OpenAI model autonomously disproves Erdős's planar unit distance conjecture, delivering a polynomial improvement over previous bounds and illustrating a surprising connection between discrete geometry and algebraic number theory.
OpenAIThe next phase of OpenAI’s Education for Countries
OpenAI's Education for Countries scales agentic AI in education across participating nations, emphasizing research-driven deployment, localized tools, and teacher enablement to improve learning outcomes.
OpenAIHow Ramp engineers accelerate code review with Codex
Ramp uses Codex with GPT-5.5 to accelerate code review, build agentic tooling and an On-Call Assistant for rotations, delivering rapid substantive PR feedback and boosting developer experience and software velocity.
OpenAIAn OpenAI model has disproved a central conjecture in discrete geometry
A technical breakthrough where an OpenAI model autonomously disproves Erdős’s planar unit-distance conjecture, using algebraic number theory to produce a polynomial improvement in discrete geometry and showcasing AI-driven mathematical reasoning.
OpenAIThe next phase of OpenAI’s Education for Countries
OpenAI's Education for Countries enters a new phase, detailing agentic AI deployments, localized tools, and evidence-based, government-led partnerships designed to boost learning outcomes through teacher enablement and scalable research.
OpenAIHow Ramp engineers accelerate code review with Codex
Ramp leverages Codex and GPT-5.5 to accelerate code review, power agentic tooling like On-Call Assistant, and dramatically boost developer experience and software velocity.
OpenAIAn OpenAI model has disproved a central conjecture in discrete geometry
An OpenAI model autonomously resolves a long-standing discrete geometry conjecture on the planar unit-distance problem, demonstrating AI-assisted proof techniques and revealing deep connections to algebraic number theory.
MIT AIBuilding AI models that understand chemical principles
Explores how AI-powered chemical models grounded in reaction mechanisms and physical principles are used to design, predict, and synthesize novel drug candidates.
MIT AIBuilding AI models that understand chemical principles
Explores how AI models grounded in chemical principles are designed to predict reaction pathways, generate new drug-like molecules, and accelerate small-molecule drug discovery.
OpenAIAdvancing content provenance for a safer, more transparent AI ecosystem
A multi-layered, standards-driven approach to content provenance that combines C2PA metadata, SynthID watermarking, and public verification tooling to securely identify and verify OpenAI-generated images and audio across platforms.
OpenAIIntroducing OpenAI for Singapore
OpenAI launches a Singapore-based Applied AI Lab to accelerate frontier AI deployment, talent development, and broad AI access under Singapore's National AI Strategy.