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Location: Home > Research > Research Progress   Research Progress   Large Anisotropic Lattice Distortion Unlocks Phase-matching in New Salt-...[ 22, 2026] Second-order nonlinear optical (NLO) crystals are essential for frequency conversion, allowing laser output to be shifted into otherwise hard-to-reach wavelength bands. These capabilities underpin applications ranging from atmospheric de...   Researchers Unveil Alkyne-π Interaction Using Metal-organic Cage Compounds[ 19, 2026] Non-covalent interactions constitute a fundamental basis for sustaining life activities and enabling biological functions. Traditional research has predominantly focused on gas-phase systems or common biological groups within known prote...   Metallopolymer Film of Manganese Chelates Enables High-performance Three...[ 13, 2026] Electrochromic materials, which change color or transparency in response to an applied voltage, hold great promise for applications such as smart windows, anti-glare mirrors, and low-energy displays. However, achieving a truly transparen...   Highly Ordered Macroporous Hydrogen-bonded Organic Frameworks Based on S...[ 12, 2026] Hydrogen-bonded organic frameworks (HOFs) are crystalline porous materials self-assembled via intermolecular hydrogen bonds. Their reversible nature attracts attention in catalysis, separation, and medicine. Pore sizes from angstroms to ...   Researchers Develop Generalized Transport Model to Reveal Dimensional Cr...[ 08, 2026] Low-dimensional materials are pivotal for next-generation electronics and energy conversion technologies due to their unique quantum confinement effects and exceptional electronic properties. However, reliably determining the effective d...   Researchers Develop Sustainable, High-performance 3D-printed Foams with ...[ 06, 2026] Lightweight, hierarchically porous elastomeric foams are highly desirable for applications in energy absorption, vibration damping, and flexible sensing. Combining the design freedom of 3D printing with the lightweight nature of foams of...   Ampere-level Membrane-free Bipolar Ammonia Electrosynthesis Realized wit...[ 04, 2026] Ammonia (NH3) is an essential chemical feedstock, yet its conventional production via the Haber–Bosch process is widely recognized as energy-intensive and carbon-emissive, motivating the search for greener synthesis routes.Electrocataly...

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