Richard de Grijs is a Dutch professor of astrophysics and Associate Dean at Macquarie University in Sydney (Australia). He worked at Peking University from 2009 until early 2018.
The latest in an increasingly complex series of Chinese space missions, Chang'e-5's sample return brief will benefit domestic expertise and international collaboration.
As the initial excitement dies down, we can see clearly how China's latest moon mission is a significant development milestone in terms of setting technological benchmarks, offering novel scientific insights, and engaging bright young minds.
Contrary to popular wisdom, China's economy may benefit from more flexibility in return policies pertaining to its taxpayer-funded, foreign-educated graduates.
Despite the government's determination to boost China's higher education and research prowess, a sense of realism would be prudent, starting with recognition it's not just about money.
A policy encouraging universities to transition from being research-focused to becoming vocational training colleges could help plug the country's current skills gap.
Professor Richard de Grijs, from Kavli Institute for Astronomy and Astrophysics at Peking University, shares his views on China's recent achievements in science and technology.
Traditional encryption methods may soon be overtaken by quantum cryptography, a field where Chinese applications have recently jumped to worldwide prominence.
Providing international access to observations with China’s X-ray satellite will boost the country’s prestige in technology and revolutionize understanding of the Universe.
Chinese science is once again in the spotlight for the wrong reasons; system reform from a focus on quantity to emphasis on research quality may be the solution.