Google DeepMind and robotics company Apptronik have announced a collaboration to combine their technical expertise in developing AI humanoid robots capable of operating in complex dynamic environments. This partnership aims to advance the deep integration of robotic hardware and artificial intelligence, exploring broader possibilities for robots in both industrial and everyday applications. Apptronik has been independently operating since 2016, spun off from the Human Centered Robotics Lab at the University of Texas at Austin, and has developed 15 different robot models to date, including the...

Recently, a research team from the fields of computer science and sociology, in collaboration with Google DeepMind, successfully developed a new type of artificial intelligence application that can generate a personality simulation of a person after just two hours of interviews. The research team published a related paper on the arXiv preprint server, introducing this innovative technology and its future development directions. The research is based on the popular ChatGPT large language model, developing a new model aimed at asking questions to participants and recording their answers.

Recently, large language models (LLMs) with ultra-long context windows have become a hot topic of discussion. These models are capable of processing hundreds of thousands or even millions of tokens in a single prompt, opening up many new possibilities for developers. However, how well can these long context LLMs understand and utilize the vast information they receive? To address this question, researchers at Google DeepMind have launched a new benchmark called Michelangelo, aimed at evaluating long context reasoning capabilities. The research findings indicate that...

Recently, Tim Brooks, the research head of OpenAI's Sora video generation system, announced on social media that he will be joining Google DeepMind to continue his work on video generation and the world simulator. Brooks expressed his excitement about collaborating with a talented team like DeepMind and thanked OpenAI for the wonderful two years he spent there, especially for the achievements made in the Sora project.

Recently, Google DeepMind announced its latest AI system - AlphaChip. This system is dedicated to accelerating and optimizing the development of computer chips, and the chip layouts designed by AlphaChip have already been implemented in Google's AI accelerators. AlphaChip operates similarly to what we have previously heard about AlphaGo and AlphaZero, utilizing reinforcement learning techniques to quickly generate optimized chip layouts. According to Google DeepMi

The Google DeepMind research team has recently achieved a significant breakthrough with the development of an innovative technology called SCoRe (Self-Correction through Reinforcement Learning). This technology aims to address the long-standing challenge of large language models (LLMs) struggling to self-correct, enabling them to identify and fix errors without relying on multiple models or external checks. The core of SCoRe's technology lies in its two-phase approach. The first phase optimizes the model.

The Google DeepMind team, in collaboration with academic institutions, has developed an innovative method called Generative Reward Model (GenRM) aimed at improving the accuracy and reliability of generative AI in reasoning tasks. GenRM incorporates a validation process into text generation tasks, allowing the model to simultaneously generate and evaluate potential solutions while supporting Chain of Thought (CoT), enhancing the comprehensiveness of the validation process. Compared to traditional methods, GenRM has shown significant advantages in multiple tests, with accuracy improvements ranging from 16% to 64%, particularly in...

Google DeepMind has released GameNGen, a fully neural network-driven game engine that revolutionizes traditional game image generation methods. GameNGen can generate game visuals in real-time based on player actions, achieving high-quality images that are nearly indistinguishable from reality, with smoothness close to the minimum frame rate perceptible to the human eye. This technology showcases the immense potential of AI in the game development field, which could change game development efficiency, provide personalized experiences, unlock infinite possibilities, and impact game hardware demands and creative approaches.

Google DeepMind's latest research, Gemma Scope, unveils the secrets of the 'black box' of language models by using Sparse Autoencoders (SAEs) to decompose and reconstruct the activations of language models, aiming to reveal meaningful features. Gemma Scope employs JumpReLU SAEs, which optimize reconstruction loss and regularize the number of active latent features by controlling activations to reveal the internal mechanisms of language models. The research found that the performance of residual flow SAEs is generally low, and sequence length affects the performance of SAEs.

Google DeepMind's mathematical artificial intelligence model has made significant progress in this year's International Mathematical Olympiad (IMO). According to official reports, the formal mathematical reasoning model AlphaProof and the improved geometric solving model AlphaGeometry2 successfully tackled four out of the six challenging problems in this year's IMO, reaching levels comparable to that of human silver medalists for the first time.

The Million Experts Mixture model proposed by Google DeepMind, a revolutionary study that has taken a significant step forward in the Transformer architecture. Imagine a model capable of sparse retrieval from a million mini-experts - doesn't that sound a bit like a science fiction novel plot? Yet, this is the latest research achievement from DeepMind. The core of this research is a highly parameter-efficient expert retrieval mechanism, which separates the computation cost from the parameter coun

Google DeepMind and Nvidia have made significant moves in the field of robotics. Jim Fan and Yuke Zhu have collaborated to establish the GEAR research group, which focuses on robotics as a key direction for future development. Google DeepMind has proposed human-robot interaction through Markov decision processes. GEAR showcased several interesting projects, such as Eureka and Voyager. Voyager is the first learning agent to play Minecraft contextually. Jim Fan believes the agent...

Google DeepMind founder Demis Hassabis believes that OpenAI's reliance on scale expansion has not led to native innovation. Hassabis admits to previously underestimating the public's demand for and acceptance of AI. He points out that increasing scale is not equivalent to native innovation, stating that OpenAI has not undertaken genuine innovations. Demis Hassabis remarks that in the history of technology, scale expansion is unusual and generally requires research outcomes to result in qualitative change.

Due to the characteristics of neural networks, they are susceptible to adversarial attacks. Google DeepMind's latest research shows that human judgment is also influenced by these adversarial perturbations. What is the relationship between the human neural network and artificial neural networks? Research suggests our previous understanding may be incorrect! Human judgment is also affected by these adversarial perturbations.

The robot team at Google DeepMind has announced three new advancements aimed at helping robots make faster, better, and safer decisions in complex environments. One of these is a system for collecting training data, equipped with a 'Robot Constitution' to ensure that robots do not harm humans while carrying out their tasks.

Google DeepMind successfully cracked unresolved mathematical problems using large language models. The AI tool FunSearch discovered verifiable and valuable new information. FunSearch is a tool that can find solutions in the field of mathematics. By combining with a large language model Codey, FunSearch also successfully solved the bin packing problem.