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Zhang Tong
Beijing
Reporter, China
Tong earned his Bachelor's degree from Tianjin University and Master's degree from the University of Washington. His major was Chemical Engineering and Data Science. He used to work as an editor of academic journals. He is enthusiastic about news writing and finding stories behind scientific research.
Tong earned his Bachelor's degree from Tianjin University and Master's degree from the University of Washington. His major was Chemical Engineering and Data Science. He used to work as an editor of academic journals. He is enthusiastic about news writing and finding stories behind scientific research.
Areas of Expertise:
Chemical engineering, data scienceLanguages Spoken:
English, Mandarin
Chinese innovation boosts wireless data rates, reduces dead zones and can track people and objects, even underground.
Light-based chips could take over AI model training and inference from US-made GPUs – and launch next-generation optical computing.
‘The industry has become unwelcoming to inexperienced newcomers, prompting many to switch careers’: Beijing-based legal officer.
With conventional engines reaching their limits, researchers have been trying to find ways to boost fuel efficiency.
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Breakthrough recorded neural activity with high clarity and remained safely functional for 18 months without a drop in performance.
A leading economist argued the country’s space industry could take a ‘big leap forward’ by building up its satellite infrastructure.
Long March 5 rocket’s lift-off marks pivotal step in validating technologies for next-generation orbital connectivity speeds and reliability.
Critical to the planned communications system are millions of third-generation semiconductors that use a silicon-based platform.
Photos offering bird’s-eye view of the campuses are ‘routine satellite news’ according to the firm, which has been sanctioned by the US.
Research team lead says while China follows research on salt lake resource extraction, ‘most efforts focus on lithium and potassium’.
Marking a global first for 2D semiconductors, the new microprocessor overcomes silicon size limits to boost density and slash data delays.
Rich community of organisms discovered living on rocks at depths of more than 9km, feeding on organic debris from the surface.
China is leaning into its industrial strengths to extract germanium, aluminium, lithium and gallium from fossil fuel.
Fertiliser made using captured carbon and sulphur can boost crop yields compared with conventional versions, Chinese firm says.
Beijing is vague on whether AI cooperation was on the summit’s agenda, even as experts urge collaboration on common problems.
A detector that will form part of a 3 million km-long triangular ruler has passed ground tests.
Researchers transform nitrate pollution into ammonia, used to create plant food, which could strengthen China’s fertiliser supply chain.
Scientists use iron-based catalyst to overcome barriers in chemical process, bringing tech closer to industrial reality.
Scientists who started research in the US make breakthrough after returning to China and gaining access to domestic computing power.
New technology developed by Chinese scientists achieves higher energy efficiency than burning while eliminating carbon dioxide emissions.
‘Wholly man-made disaster’ that killed five at popular scenic area last year blamed on construction and management failures.
National Climate Centre says higher temperatures and extreme weather could create ‘damaging loop’ that hits the climate and the economy.
Advanced algorithm designed to shadow a diver’s every move could also cut the risk of accidents when undertaking complex underwater tasks.
Trial described as bridging ‘last mile’ from deep-sea equipment development to engineering application, suggesting deployment is coming next.
Advanced material offers promise in optoelectronics, where it can be used in LEDs, photodetectors and lasers.
Researchers have developed a new way to make high-end infrared chips that could slash their cost and boost smartphone cameras, self-driving cars.
Device can spot objects by measuring tiny shifts in gravity, and its compact design means it can be used outside a lab.
Researchers put solid rocket engine to the test and find it could ignite and operate reliably under deep-sea pressure at depth of 200 metres.
Study cracks a puzzle that has baffled scientists and may reshape modern medicine production as the world reels from a global oil shortage.
