Unveiling the potential of untwisted, commensurate, and epitaxial molybdenum disulfide and tungsten disulfide (MoS2/WS2) heterobilayers for enhanced ferroelectric and piezoelectric applications.   Study conducted by Prof. Daniel Shu Ping LAUand...

  The novel technique harnesses centimetre-scale, BP-based, bottom-gate field-effect transistor (FET) arrays transferred from mica substrate.   Study conducted by Prof. Jianhua HAOand his team   Two-dimensional (2D) black phosphorus (BP) shows...

  A "bottom-up" strategy for constructing metal-acetylide framework materials.   Study conducted by Prof. Raymond Wai-Yeung WONGand his research team   Efficient CO2 reduction is crucial in combating climate change. Carbon dioxide reduction...

Introducing trivalent cations to counter-dope the oxidised tin-based perovskite layer and improve the carrier lifetime.   Study conducted by Prof. Feng YANand his research team   Perovskite solar cells (PSCs) are a type of photovoltaic device that...

The invention of solar-driven adaptive radiative cooling coating with polymer carbon dots-enhanced photoluminescence offers a scalable and environmentally friendly zero-energy solution for effectively cooling buildings and urban cities.    Study...

  Leveraging cutting-edge wearable fluidic fabric for rapid skin temperature modulation.   Study conducted by Prof. Xiaoming TAOand her team   Rapid temperature contrast hydrotherapy, also known as contrast water therapy, involves alternating...

  Developing a novel bifunctional air electrode material which improves the efficiency and durability of reversible protonic ceramic electrochemical cells.   Study conducted by Prof. Meng NIand his team   In light of fossil fuel shortage and the...

  Bio-inspired elastic-to-kinetic energy transformation facilitates innovative scalable surface design in preventing ice adhesion.   Study conducted by Prof. Zuankai WANG, Prof. Haimin YAOand their research team   Preventing the accumulation of...

  An integration of heterogeneous hypergraph and embedding learning in a generative model for surface defect analysis in additive manufacturing processes.   Study conducted by Prof. Benny Chi Fai CHEUNGand his research team The rapid development...