Singapore’s flagship medical school is doubling down on population health research and technology-enabled solutions to strengthen healthcare systems and prepare tomorrow’s leaders. The School rebrands its Health Services & Systems Research (HSSR) programme to deliver policy-relevant, tech-driven solutions for a healthier Singapore, launching new education pathways to enhance professional capabilities in population health research

The most recent call for proposals for the Starting Grants offered by the European Research Council (ERC) saw a successful submission by Junior Professor Manuel Krannich from Karlsruhe Institute of Technology (KIT): Funds amounting to EUR 1.5 million enable the mathematician to realize his project MaFC. The basic research project focusing on manifolds and functor calculus links multiple fields of pure mathematics. With his work, Krannich unveils surprising relationships between symmetries of high-dimensional manifolds and laws of algebra.

Researchers from Hebei University of Technology have developed an innovative approach to lithium-ion battery management that could significantly improve the safety and performance of electric vehicles. The new method, which estimates a battery's state of charge (SOC) based on its internal core temperature rather than surface temperature, addresses a critical flaw in current battery management systems while requiring less computational resources. SOC estimation—essentially determining how much "fuel" remains in an electric vehicle's battery—is crucial for safe and efficient battery operation. However, current methods typically rely on surface temperature measurements that can be misleading for the accuracy of SOC estimation.

Researchers at Institute of Science Tokyo created a new material platform for non-volatile memories using covalent organic frameworks (COFs), which are crystalline solids with high thermal stability. The researchers successfully installed electric-field-responsive dipolar rotors into COFs. Owing to the unique structure of the COFs, the dipolar rotors can flip in response to an electric field without being hampered by a steric hindrance from the surroundings, and their orientation can be held at ambient temperature for a long time, which are necessary conditions for non-volatile memories.