News

Many universities and research teams at home and abroad have achieved high-precision prediction of the antioxidant properties of new high-temperature materials through gradient boosting decision tree technology

Fudan University and others proposed an innovative 4D diffusion model that can simultaneously predict protein motion trajectories in multiple time steps.

HyperAI focuses on the research of AI in the field of earth sciences and has selected 15 cutting-edge papers for interpretation.

The University of Florida and others have increased the efficiency of searching for high-Tc superconductors by 5 times through the deep learning model BETE-NET.

Beihang University/Peking University/Three Gorges University proposed and verified MedFound, a biomedical language model with the largest number of parameters.

The "Tutorial" section of HyperAI's official website has launched multiple versions of the YOLO series, which can be experienced with one-click deployment.

Market research firm IoT Analytics has selected the top ten most noteworthy events in the AI field in 2024.

HyperAI has carefully selected 10 outstanding books in the field of AI to reveal to you the key ideas for coping with the AI wave.

HyperAI has compiled 8 high-quality data sets for you, covering many aspects such as Chinese traditional culture, urban transportation, and scenic spots.

HyperAI helped everyone evaluate the ability of Kimi, Doubao, Wenxinyiyan, ChatGPT and other large models to "match Spring Festival couplets".

HyperAI focuses on the latest research on AI in the field of biomedicine and has selected 46 cutting-edge papers for interpretation.

HyperAI focuses on the research of AI in the field of medical health, and has selected 35 cutting-edge papers for interpretation.

This issue of articles focuses on AI research in the field of materials chemistry.

HyperAI released the open source project awesome-ai4s on GitHub, which brings together more than 200 AI4S academic papers.

The tutorial section of HyperAI's official website has launched "One-click deployment of the Cosmos world basic model". Come and try it yourself~

Microsoft's MatterGen model was officially published in Nature, confirming the huge potential of generative AI in the development of new materials.

At a White House press conference, Trump and several industry leaders jointly announced an artificial intelligence project called "Stargate".

The Peking University team proposed an evolution-driven virus mutation driving force prediction framework E2VD, which can be used to predict the new coronavirus, HIV, etc.

Professor Zheng Wei of Nankai University shared the limitations of AlphaFold and future optimization directions.

1.13-1.17
Weekly Highlights

A research team from Cellarity and NVIDIA proposed a novel targeted molecular optimization method MOLRL based on latent reinforcement learning.

HyperAI has prepared 10 Chinese medical-related datasets for you, which support online use and accelerated download. Come and experience it~

AI has achieved fruitful results in the field of historical research. This article takes the interpretation of ancient characters as an example to introduce important achievements at home and abroad.

Generate has received investment from Samsung and has previously reached in-depth cooperation with Novartis, Amgen and other companies. Currently, many of its candidate drugs have entered the clinical trial stage.

Research teams from four major universities proposed the KG4Diagnosis framework to automate the construction, diagnosis, treatment and reasoning of medical knowledge graphs.

The sixth episode of the Meet AI4S live series has invited Professor Zheng Wei from the School of Statistics and Data Science of Nankai University. Come and make an appointment to watch the live broadcast!

The tutorial section of HyperAI's official website has now launched "LAMMPS Getting Started Tutorial: npt Temperature Control to Estimate FCC Cu Melting Point".

1.6-1.11
Weekly Highlights

A team from Kunming University of Science and Technology and Ocean University of China jointly proposed an unaligned medical image fusion method based on bidirectional step-by-step feature alignment.

Dr. Yan Youcan from the French National Center for Scientific Research shared with everyone the design and application of tactile sensors based on flexible magnetic films.