OpenAIDALL·E: Creating images from text
Exploring how DALL·E generates images based on textual descriptions
OpenAIOrganizational update from OpenAI
Exploring the latest organizational developments at OpenAI
Google DeepMindMuZero: Mastering Go, chess, shogi and Atari without rules
MuZero is a general-purpose algorithm that can master Go, chess, shogi, and Atari without being given the rules, using its ability to plan winning strategies in unknown environments.
Google DeepMindImitating Interactive Intelligence
Creating a simulated environment (Playroom) for virtual robots to engage in interactive intelligence, studying joint intentionality, cooperation, and communication of private knowledge.
Google DeepMindUsing JAX to accelerate our research
Using JAX to accelerate research on AI systems by evaluating new machine learning libraries and frameworks
Jane StreetGrowing the Hardcaml toolset
Announcement of new Hardcaml libraries in the toolset
Google DeepMindAlphaFold: a solution to a 50-year-old grand challenge in biology
The blog post discusses AlphaFold, an AI system that has solved the challenging protein-folding problem, showcasing the potential of AI in scientific discovery and its impact on accelerating progress in fundamental fields of biology.
SoundCloudLeveraging a Manager Weekly Newsletter for Team Communication
Leveraging a manager weekly newsletter as a means of team communication for an engineering manager transitioning from a software engineer role
Jane StreetAnnouncing Our Market Prediction Kaggle Competition
Jane Street's announcement of a market prediction Kaggle competition with real financial data and $100K in prizes
Google DeepMindUsing Unity to Help Solve Intelligence
Creating diverse, complex virtual simulations using Unity game engine for reinforcement learning purposes.
Google DeepMindBreaking down global barriers to access
Highlighting the progress and expansion of the DeepMind scholarship program to foster global access and inclusivity in education
Google DeepMindFermiNet: Quantum Physics and Chemistry from First Principles
Using deep learning, the FermiNet neural network architecture accurately computes the energy of atoms and molecules from first principles, paving the way for practical applications in quantum physics and chemistry.