?Tsinghua wins inaugural 5v5 soccer championship at World Humanoid Robot Games
?Tsinghua wins inaugural 5v5 soccer championship at World Humanoid Robot GamesHOME > NEWS > LATEST NEWS
?Tsinghua wins inaugural 5v5 soccer championship at World Humanoid Robot Games
?Tsinghua wins inaugural 5v5 soccer championship at World Humanoid Robot GamesWhispers of Early Autumn
Early autumn arrives quietly, with warmth still lingering and a newfound clarity emerging.?Department of Electrical Engineering proposes green flexible chemical electrification to align decarbonization with power system security
On the road to achieving carbon neutrality, the chemical industry has consistently been a "hard nut to crack," especially in the production of ammonia and methanol, which are not only major products of the industry but also significant s...?Tsinghua researcher wins first prize in National College Young Teachers' Competition
Guo Lu, an associate researcher from Tsinghua University's School of Architecture who was representing Beijing, won first prize in the liberal arts group of the 7th National Teaching Competition fo...?Exploring China's Heritage, Embracing a Global Vision
?The second Tsinghua Global Youth Dialogue (TGYD) kicked off in Shanghai on August 19?Tsinghua researchers win gold at Silicon Valley International Inventions Festival
?A team of researchers from Tsinghua University's School of Clinical Medicine and the School of Software has won the Gold Medal and the Semi-Grand Prix for their "Intelligent Clinical Trial Monito...?Tsinghua professor He Jinliang elected CIGRE Fellow
?He Jinliang, a professor at Tsinghua University's Department of Electrical Engineering and the director of the Institute of High Voltage and Insulation Technology, was elected as a CIGRE Fellow?2nd Tsinghua Global Youth Dialogue opens
On August 29, 2024, Tsinghua University inaugurated the main forum of the Second Global Youth Dialogue, bringing together 100 participants from 35 countries and regions?Tsinghua researchers develop new cryo-electron tomography method
Cryo-electron tomography (cryoET) allows for observation of in situ structures of biological macromolecules within cells, and has attracted significant attention in recent years