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Introducing MedGemma, the most advanced open models designed to accelerate health AI development.

Introduction to T5Gemma, a novel collection of encoder-decoder Gemma models enhancing natural language processing tasks.

Leveraging AI-powered Physics-Informed Neural Networks, this research discovers new unstable singularities in fluid dynamics equations, advancing the understanding of century-old mathematical challenges with unprecedented precision.

Gemini 2.5 Deep Think achieved gold-medal level performance at the 2025 ICPC World Finals by solving complex algorithmic problems using advanced AI techniques, marking a significant leap in abstract reasoning and AI-driven problem solving.

Deep Loop Shaping is an AI-driven reinforcement learning method that dramatically reduces noise in gravitational wave observatories, enhancing the stability and sensitivity of LIGO's mirror control systems to unlock deeper astrophysical insights.

Perch, an advanced AI bioacoustics model, accelerates identification and monitoring of endangered species from complex audio data, enhancing global conservation efforts with open, adaptable tools.

Genie 3 is a cutting-edge, real-time interactive world model from Google DeepMind that generates diverse, consistent, and dynamic environments from text prompts for AI training and immersive navigation.

Aeneas leverages advanced AI to restore, date, and contextualize ancient Latin inscriptions, enabling historians to uncover deeper insights and connections across Roman historical texts.

Gemini Deep Think achieves gold-medal standard at IMO 2024 by solving five out of six problems end-to-end in natural language within the competition time, showcasing advanced AI mathematical reasoning and reinforcement learning techniques.

Backstory is an AI-powered tool that investigates the origin, authenticity, and context of online images to help users assess their trustworthiness.

AlphaEarth Foundations leverages AI to integrate vast Earth observation data into compact, accurate digital embeddings, enabling unprecedented global mapping and environmental monitoring capabilities.

SnorkelSpatial is a procedurally generated benchmark designed to evaluate large language models' spatial reasoning abilities through programmatically verified problems involving movements and rotations in a 2D grid world.