Using thousands of AI agents to uncover new leads in biological data
A research overview of distributed agents linking large biological datasets with scientific literature. Proposed connections still require experimental follow-up.
Architectures, pretraining and general language capabilities. Connect model reports to foundational reading and evaluate what each design establishes.
A research overview of distributed agents linking large biological datasets with scientific literature. Proposed connections still require experimental follow-up.
Official research discussion of improving coding capabilities in languages with less available training material.
Official model documentation covering evaluation, limitations and safety considerations. The date records the listed model-card update.
An official account of progress in computer-use agents. Read the original methods and evaluations separately from deployment claims.
A foreground-background architecture separates voice interaction from asynchronous task execution, coordinating authorization, state and delivery.
Official release introducing an asymmetric causal encoder-decoder architecture and linking its technical report and model resources.
An official technical release describing supplemental training, regenerated SFT trajectories and agentic reinforcement learning.
The report explores an omni-modal model family and training over heterogeneous visual, textual and audio data.
An open-weight model for coding agents explores strong training recipes with a small active parameter footprint.
An interpretability research overview explores ways to identify behavior differences between AI models beyond predefined tests.
Studies joint visual-language training and multi-agent task decomposition in an open multimodal model.
Sparse attention and post-training methods are combined to improve efficiency, reasoning and agent-oriented behavior.
The Qwen vision-language family integrates text, image and video understanding across several model sizes.
Open-weight reasoning models are described through their architecture, training, capabilities and safety evaluations.
An industrial model-family report covering reasoning, multimodal input, long contexts and agent-related evaluations.
Dense and mixture-of-experts models integrate thinking and non-thinking behavior, with configurable inference-time reasoning.
Reinforcement learning is used to develop reasoning behavior, with additional pipelines for usable models and distillation.
A mixture-of-experts language model combines architectural and training-efficiency techniques, including latent attention and multi-token prediction.
Extends promptable segmentation from images to video using streaming memory and interactive data collection.
Introduces a sparse mixture-of-experts model exploring model capacity and activated computation.
The report describes GPT-4’s capabilities, evaluation results and limitations while leaving important training details undisclosed.
An IO-aware attention algorithm reduces memory transfers while computing exact attention.
Human demonstrations and preference feedback are used to improve how a language model follows instructions.
The study examines how to allocate a training-compute budget between model size and training data.
Low-rank trainable updates adapt a frozen pretrained model without updating all of its parameters.
GPT-3 studies how larger autoregressive language models perform new tasks through examples in their input context.
Masked-language pretraining learns bidirectional representations that can be adapted to language-understanding tasks.
The Transformer replaces recurrent sequence processing with attention, creating a foundation for many later language and multimodal models.
A deep convolutional network demonstrated how data, GPU computation and learned representations could transform visual recognition.
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