Chip prodigy returns to China, coal waste used for critical minerals: 7 science highlights
Recent science highlights from China include a chip pioneer returning to China with his team after contributing to TSMC's advanced production line in Japan. Chinese researchers, in collaboration with Huawei, have developed the world's first parallel processor using two-dimensional materials, potentially challenging Moore's Law.

Briefing Summary
AI-generatedRecent science highlights from China include a chip pioneer returning to China with his team after contributing to TSMC's advanced production line in Japan. Chinese researchers, in collaboration with Huawei, have developed the world's first parallel processor using two-dimensional materials, potentially challenging Moore's Law. A new algorithm for drone swarms capable of self-decision-making has also been released. Scientists are developing hybrid wheat-rye crops for desert farming in Xinjiang, and China is exploring coal waste as a source for critical metals like lithium and gallium. Separately, a Chinese archaeologist has pleaded guilty to corruption charges related to the discovery of a prehistoric city. Doubts are also surfacing within China's space sector regarding the success of SpaceX's Starship rocket.
Article analysis
Model · rule-basedKey claims
5 extractedChina is turning coal waste into critical metals like lithium, gallium, and germanium.
A new algorithm for drone swarms was released by a research team from northwestern China.
Chinese researchers built the world's first parallel processor using a 2D semiconductor.
Chinese chip pioneer Da Bo returned to China with his research team.
Chinese archaeologist Liu Bin pleaded guilty to corruption.