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The Chromium codebase is millions of lines long and decades old. In the past, working with it has meant navigating decades of tangled features, where touching one component can unexpectedly affect another. Erik Chen, an engineer at Google, is using Gemini 4 Argon to ‘untangle’…
In shadow A/B testing on real-world systems, Wiz security researchers put Gemini 4 Argon to the test against complex cyber threats. Using its advanced reasoning and long-horizon capabilities, Gemini 4 Argon found over two times more vulnerabilities than baseline models and suc…
In an internal test, Google DeepMind robotics researchers instructed Gemini 4 Argon to watch a video of a human playing cornhole. Using its video understanding and advanced reasoning capabilities, Gemini 4 built a virtual simulation in MuJoCo and accurately calculated the phys…
Auditing chemistry literature usually means weeks of manual, error-prone reading, where a molecule’s structure can sit 50 pages away from its experimental readout. At Isomorphic Labs, researchers Brian Bender and Santosh Adhikari are using Gemini 4 Argon’s multimodal capabilit…
How do you know if what you're seeing is real? Professor Hannah Fry sits down with Pushmeet Kohli (VP of Science) and Jeremy Ratcliffe (Research Scientist) to break down SynthID, the watermarking technology expanding from text, images, and video straight into biology. Learn ho…
Design entirely new vocal personas from scratch for gaming, immersive audiobooks, or dual-speaker podcasts using natural language prompts - directing every performance line by line with nuanced acting cues, pacing, back channeling, and dialect shifts. Or, recreate consistent a…
Can artificial intelligence solve one of science’s most chaotic physics puzzles? In this episode, Professor Hannah Fry sits down with Peter Battaglia, Senior Director of Research at Google DeepMind, to explore how machine learning is transforming global weather forecasting. Fr…
How do you find a single typo in a person's DNA that causes a rare disease? It is like finding a needle in a 9-billion-piece haystack. Enter AlphaGenome Atlas: a new AI-powered database charting the molecular impact of every possible genetic variant. Scientists are already usi…
We’ve used AlphaGenome to predict the molecular impact of every possible single-letter change in the human genome. All nine billion of them. AlphaGenome Atlas is a 1PB dataset containing every single possible nucleotide variant alongside an AlphaGenome Variant Impact (AVI) sco…
Predicting the weather is one of the oldest, most complex challenges we face. Traditional numerical weather prediction models are powerful, but they can be slow to run and costly at a global scale. WeatherNext 3 takes a different approach. Built on a fundamentally different ar…
Long before the current wave of large language models, one academic researcher was trying to give machines a sense of their own limitations. Zoubin Ghahramani has spent the last 30 years pioneering a type of intelligence built on the mathematics of uncertainty. Today, as a pro…
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