Leveraging Quantum Optimal Control Theory to Enhance Photon-Based Information Transfer     Study conducted by Prof. Guofeng ZHANG and his research team   Quantum technology is rapidly transitioning from theoretical marvel to practical tool,...

  Bridging Quantum Science and Semiconductor Engineering for the Next Technological Revolution   Study conducted by Prof. Helen Hong CAI and her research team     (This original article was an invited paper in Light for a special issue...

  How Simple Spectral Inequalities Enable Practical Detection of Absolute PPT Without Full State Reconstruction   Study conducted by Prof. Raymond Nung-sing SZEand his research team   Entanglement sits at the centre of quantum information...

  A Scalable Quantum Photonic Microprocessor Enables the Simulation of Complex Molecular Vibronic Spectra   Study conducted by Prof. Lip Ket CHINand the research team led by Prof. Ai-Qun LIU     Understanding and predicting molecular vibronic...

  Engineered D-π-A-Structured 2D Materials Enable Next-Generation Quantum Devices   Study conducted by Prof. Yuen Hong TSANG and his research team     In the increasingly digital world, the demand for faster, more efficient and miniaturised...

  How Quantum Well Engineering and Chiral Ligands Achieve Long-Lived Spin States in Metal Halide Perovskites   Study conducted by Prof. Mingjie LI and his research team   Spintronics, the science of harnessing the electron’s spin as well as its...

  A dual-defect suppression strategy achieves record luminescence in lead-free quantum materials for advanced optoelectronics   Study conducted by Prof. Jun YINand his research team     In recent years, the world has witnessed a surge in the use...