Talent chase highlights procurement gaps

A star theorist in Japan said he is leaving the University of Tokyo for the Hong Kong University of Science and Technology after getting roughly triple the salary and about 10 times the research budget. The physicist is Masaki Oshikawa, a condensed-matter theorist known for work on quantum many-body systems. (x.com, u-tokyo.ac.jp) The move is jarring because Oshikawa is not a junior scientist chasing a first break. He is already a professor at the University of Tokyo’s Institute for Solid State Physics and won the 2025 Nishina Memorial Prize for theoretical and mathematical studies of quantum spin systems. (issp.u-tokyo.ac.jp, tsqi.phys.s.u-tokyo.ac.jp) Hong Kong has been building exactly the kind of ecosystem that can make an offer like that stick. The Hong Kong University of Science and Technology said in late 2025 and early 2026 that it won more than HK$77 million in one round of top competitive grants and more than HK$279 million across three flagship funding schemes. (hkust.edu.hk, hkust.edu.hk) That money does not just buy prestige. It buys postdoctoral researchers, graduate students, computing time, travel, and the freedom to start projects quickly instead of waiting through months of internal approvals. (ro.hkust.edu.hk, hkust.edu.hk) Japan’s problem is not that it lacks strong scientists. Japan’s own science community has spent the past two years publicly warning that basic-science funding has fallen behind global rivals and that universities are losing the capacity to compete for people and equipment. (nature.com, nature.com) Japanese policymakers have tried a big answer on paper: a ¥10 trillion university fund meant to help a small number of institutions reach world-class scale. But critics have warned that a headline fund does not automatically fix the daily machinery of hiring, salaries, and research support across the wider system. (timeshighereducation.com, nature.com) Procurement is part of that machinery, and it sounds boring until it decides who can do science fast. The University of Tokyo maintains formal public tender pages for purchases and contracts, which reflects the kind of rules-heavy environment national universities often operate in when they buy research equipment and services. (u-tokyo.ac.jp) For a theorist, the bottleneck might be hiring or computing support instead of a microscope. For an experimental lab, the same bottleneck can mean a delayed cryostat, laser, or clean-room tool, which can push a project back by a year and make a generous salary less important than a lab that actually runs on time. (nature.com, ro.hkust.edu.hk) Hong Kong is not immune to budget pressure either. On February 27, 2025, Hong Kong University of Science and Technology president Nancy Ip said the university would have to navigate government funding adjustments while protecting research capacity amid “intense global competition.” (hkust.edu.hk) That is what makes this hire so revealing. Even in a tighter environment, one university decided that paying far more for one elite physicist was worth it, while one of Japan’s most famous universities could not match the package. (x.com, hkust.edu.hk) Hong Kong University of Science and Technology has already been adding senior theorists from Japan, including Haruki Watanabe, who joined in March 2026 after serving on the faculty at the University of Tokyo. Once a department shows it can land one name, the next recruit sees a place where the money is real and the build-out is already under way. (physics.hkust.edu.hk, physics.hkust.edu.hk) The lesson is less about one physicist than about what universities are really competing on now. In 2026, the winning offer is not just a paycheck but a promise that the students, staff, grants, and purchasing system around the scientist will move at the same speed as the science. (x.com, nature.com)