Highlights

Abstract Reinforcement learning in humans depends on distributed neural circuits for value updating and behavioural adaptation. Cross-species comparisons, particularly with macaques, greatly facilitate our understanding of these mechanisms in humans by revealing conserved and evolved elements, but they crucially depend on precise anatomical alignment to identify homologous regions and interpret functional parallels or divergences across […]

Abstract Advanced electron microscopy, characterised by atomic-scale resolution, is a cornerstone for observing material dynamics. The development of these instruments presents complex engineering challenges in electro-optics and system integration. Dr. Hsueh holding a PhD in Electrical and Computer Engineering, leverages his expertise in electromagnetic waves, waveguides, and imaging theory to drive the development of next-generation […]

Abstract This seminar will review some Electric Vehicle (EV) system concepts and designs, electric machines and drives for EVs, hybrid powertrains for hybrid EVs, EV energy sources and energy management systems, and EV-to-grid technology. Speaker Ir Dr. T. W. CHING Department of Electrical and Computer Engineering Speaker’s Biography Ir Dr. T. W. CHING received the […]

Abstract The drive toward aggressive decarbonization goals is rapidly transforming the power grid, highlighted by an increase in renewable energy production. This expansion relies heavily on Distributed Energy Resources (DERs), yet operators face challenges due to the lack of transparency in DER operations. This opacity poses significant risks to grid stability as the growing number […]

Abstract Net-zero energy transition is projected to accelerate the replacement of fossil fuels with renewables, leaving system flexibility resources increasingly scarce. Here, we present a sub-annual energy-environment-economy model with endogenous hourly energy demand profiles and power balance dynamics, including power dispatch, storage operations and demand-side response that co-optimises supply- and demand-side flexibility, to map feasible […]

Abstract In many countries, declining demand in energy-intensive industries such as cement, steel, and aluminum is leading to industrial overcapacity. Although industrial overcapacity is traditionally envisioned as problematic and resource-wasteful, it could unlock energy-intensive industries' flexibility in electricity use. Here, using China's aluminum smelting industry as a case study, we evaluate the system-level cost-benefit of […]