Google DeepMindReal-world challenges for AGI
Real-world challenges for AGI: tackling climate change and advancing the science of AGI
Google DeepMindReal-world challenges for AGI
The blogpost discusses the real-world challenges that artificial general intelligence (AGI) can help solve, including climate change and other complex problems.
OpenAISolving math word problems
Exploring techniques to solve complex math word problems efficiently
EleutherAIA Preliminary Exploration into Factored Cognition with Language Models
Exploring the viability of factored cognition in language models through experiments using GPT-3 with decomposition to solve complex toy tasks and provide preliminary evidence.
Jane StreetHiring a Developer Educator
The importance of education and hiring a developer educator at Jane Street.
Google DeepMindOpening up a physics simulator for robotics
Opening up a physics simulator for robotics: Advancing research everywhere with the acquisition of MuJoCo
Google DeepMindOpening up a physics simulator for robotics
Exploring the complexities of simulating physical contact for robotics research.
Stanford AISelective Classification Can Magnify Disparities Across Groups
Selective classification can improve average accuracy but fail to improve or even hurt accuracy in certain subgroups of the data, highlighting potential failure modes of using selective classification in practice.
SoundCloudTiny Letter from Kafka
Discussing the powerful design choice of Apache Kafka and providing a sneak peek into its functionality.
Google DeepMindStacking our way to more general robots
Introducing RGB-Stacking as a benchmark for vision-based robotic manipulation and exploring how to enable robots to interact with a diverse range of objects.
EleutherAIMultiple Choice Normalization in LM Evaluation
Exploring the prevalent normalization methods for evaluating multiple choice tasks on autoregressive language models like GPT-3/Neo/J.
Google DeepMindStacking our way to more general robots
Exploring how to enable robots to better understand the interactions of objects with diverse geometries for more generalisable and useful robots.