AI research division
Appears in 19 stories
Developed AlphaProof and AlphaEvolve systems contributing to mathematical discovery
For the first time, AI systems are independently solving mathematical problems that stumped human researchers for decades. Since Christmas 2025, 15 legendary Erdős problems have moved from 'open' to 'solved'—11 by AI, including the first on January 6, 2026, from OpenAI's GPT-5.2 Pro and Harmonic's Aristotle theorem prover.
Updated 8 hours ago
Developer of Gemini model family
OpenAI launched the first commercial reasoning model in September 2024. Seventeen months later, Google's upgraded Gemini 3 Deep Think pulled ahead on the benchmarks that matter most for science.
Parent of Isomorphic Labs, which raised $2.1 billion in May 2026 and expects its first AI-designed clinical candidates in human trials by end-2026
In January 2026, researchers at Tsinghua University published DrugCLIP in Science—a system that screened 500 million drug compounds against 10,000 human proteins in under 24 hours using eight GPUs. That is 10 million times faster than conventional molecular docking. The results are publicly available in GenomeScreenDB, giving any lab access to screening data across roughly half the human genome.
Updated 3 days ago
Expanded materials database, validating predictions through partner labs
A new generation of AI systems can now design, execute, and analyze materials experiments with minimal human involvement. In January 2026, researchers at China's Shenzhen Institute of Advanced Technology published MARS, a system that coordinates 19 large language model agents with robotic platforms.
Released AlphaGenome source code for non-commercial use
For twenty years after scientists sequenced the human genome, 98% of it remained essentially unreadable. The protein-coding genes were mapped, but the vast regulatory regions—the genome's operating system—stayed opaque. On January 28, 2026, Google DeepMind released the full source code for AlphaGenome, an artificial intelligence model that predicts how genetic variants in these non-coding regions affect gene regulation and disease.
Former employer of founder; also a backer of the new lab
In April 2026, London AI lab Ineffable Intelligence raised $1.1 billion at a $5.1 billion valuation, the largest seed round in European history. The founder, David Silver, is a University College London professor who led the Google DeepMind teams behind AlphaGo and AlphaZero: programs that learned board games entirely through self-play. Silver co-wrote a paper with Richard Sutton, who shared the 2025 Turing Award with Andrew Barto, arguing that systems trained on human data cannot discover genuinely new knowledge.
Updated 5 days ago
Collaborative partner; maintains Montreal research office
For decades, creativity was considered AI's final frontier—the one domain where machines could never match human ingenuity. That assumption just cracked.
Updated 6 days ago
Technical leader in mathematical reasoning and multimodal capabilities
OpenAI's GPT-5 dropped August 7, 2025, completing AI's shift from chatbots that string words together to systems that think through problems step-by-step. Google DeepMind's models won the International Math Olympiad by solving problems only five humans cracked, as Anthropic's Claude, Meta's Llama, and every major AI lab raced to build reasoning models.
Updated May 19
Leading AGI race with Gemini 3, now 'engine room' of Google's AI efforts
In May 2025, DeepMind's AlphaEvolve became the first commercial AI to optimize its own training—shaving 23% off a critical computation kernel. Since then, the loop has tightened: by April 2026, Anthropic's Claude agents were outperforming human alignment researchers on safety experiments, and GPT-5.5 had rewritten its own serving infrastructure to run 20% faster.
Opening first automated laboratory in UK 2026; partnering with U.S. DOE on Genesis
Science magazine named large language models doing frontier science a runner-up breakthrough of 2025. Within weeks, the prediction became reality: OpenAI's GPT-5.2 solved previously unsolved Erdős mathematics problems in 15 minutes, achieving 40% accuracy on expert-level mathematics that stumped earlier systems.
Builder of Gemini
Sundar Pichai opened Google I/O 2026 with a Gemini model that can run a user's desktop. The keynote unveiled Android XR smart glasses too. Aluminium OS, a laptop platform merging Android and ChromeOS, will ship as 'Googlebooks' from Acer, ASUS, Dell, HP, and Lenovo.
Building Gemini models and pushing them into products at faster cadence.
The rollout didn't stop at "Flash is the default." In the days after launch, Google filled in the missing contract with developers. Gemini 3 Flash Preview is now explicitly priced in the Gemini API, with context caching rates, batch pricing, and a note that Gemini 3-era Search grounding will begin billing on January 5, 2026.
Updated May 15
Fastest-growing rival to ChatGPT in consumer share
ChatGPT receives roughly a billion visits a month, and on May 5 those visitors began talking to a different model by default. OpenAI replaced GPT-5.3 Instant—the everyday workhorse it shipped earlier this year—with GPT-5.5 Instant, a faster system the company says produces 52.5% fewer hallucinated claims on medical, legal, and financial questions. The new model can also pull context from a user's past chats, uploaded files, and Gmail to personalize answers, and it appears in OpenAI's developer interface as 'chat-latest.'
Updated May 5
Gemma 4 integrated into Gemini Enterprise Agent Platform at Google Cloud Next 2026; enterprise compliance deployment now generally available
For two years, the most capable artificial intelligence models lived behind paywalls and API meters. Google made that harder to justify on April 2, 2026, when it released Gemma 4 — four open models ranging from 2 billion to 31 billion parameters, capable of handling text, images, video, and audio, under a fully permissive Apache 2.0 license with no usage restrictions. The competitive response was nearly immediate: Meta released Llama 5 just six days later, significantly ahead of its previously signaled Q3 2026 target, and Chinese lab DeepSeek followed on April 24 with its V4 model — a 1.6 trillion-parameter system also shipped as open-source under an MIT license. What began as a bilateral licensing contest between Google and Meta has become a six-way open-model race.
Updated Apr 24
Developer of AlphaFold series; released AlphaFold 4 in March 2026
Determining the three-dimensional shape of a single protein used to take a graduate student an entire career. In March 2026, Google DeepMind released AlphaFold 4, a system that predicts the structure of multi-protein complexes in minutes rather than hours or days, extending a streak of capability gains that began when the original AlphaFold won a protein-prediction competition in 2018. Weeks earlier, DeepMind's drug-discovery spinoff Isomorphic Labs disclosed a proprietary model called IsoDDE that more than doubles AlphaFold 3's accuracy on key drug-design benchmarks, while a team at the National University of Singapore published D-I-TASSER, a tool that outperforms both AlphaFold 2 and AlphaFold 3 on difficult multi-domain proteins.
Updated Apr 23
Releasing foundation models for robotics at accelerating pace
For decades, industrial robots have been powerful but rigid—they follow pre-programmed instructions and break when the world deviates from what engineers anticipated. Google DeepMind's Gemini Robotics-ER 1.6, released on April 14, 2026, represents the sharpest version yet of a new approach: giving robots the same kind of flexible reasoning that powers chatbots like Gemini, but aimed at understanding and acting in physical space. The model can now read pressure gauges, thermometers, and digital readouts with 98% accuracy when paired with its agentic vision system—a capability that emerged directly from collaboration with Boston Dynamics, whose Spot robot patrols industrial facilities.
Updated Apr 21
Developer and operator of the AI Co-Scientist
Google released an AI system in February 2025 that doesn't just search scientific literature — it proposes original hypotheses, then refines them through internal debate among six specialized AI agents. In one early test, the system independently arrived at the same mechanism for how antibiotic-resistance genes spread between bacterial species that a team at Imperial College London had spent a decade proving in the lab. It did so in two days, without access to their unpublished findings.
Updated Mar 28
Operating Big Sleep vulnerability agent; reported 20 zero-days by August 2025
For decades, finding security flaws in software has required either expensive human experts or pattern-matching tools that miss complex bugs. In the span of five months, all three frontier artificial intelligence labs — OpenAI, Anthropic, and Google — have released autonomous agents that read code like a human researcher, discover vulnerabilities traditional scanners miss, and generate patches. On March 6, 2026, OpenAI launched Codex Security in research preview, an agent that scanned 1.2 million code commits in its first month of beta testing and discovered 14 previously unknown vulnerabilities serious enough to receive formal identifiers in projects including OpenSSH, Chromium, and PHP.
Updated Mar 6
Developer of AlphaFold, the foundational precedent for biological AI
It took thirteen years and $2.7 billion to read the first human genome. Now a single AI model, trained on 9 trillion DNA base pairs from more than 128,000 species, can predict whether an uncharacterized mutation in a breast cancer gene is dangerous—with 90 percent accuracy—without ever being shown that gene. On March 4, the Arc Institute and NVIDIA published Evo 2 in Nature, the largest biological foundation model ever built: 40 billion parameters, a context window of one million nucleotides, and the ability to design synthetic genomes the size of a simple bacterium.
Updated Mar 5
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