Intrinsic Luminescence of Pure Organic Mono- and Di-Radicals in Aggregated States
Strategy enables efficient organic radical luminescence in solids by suppressing harmful interactions, aiding solid-state lighting
How Green Was Ancient Roman Concrete?
Roman concrete requires comparable energy and CO ₂ emissions as modern concrete but could reduce environmental impact through longer-lasting structures
Green Technology: Co₄N@C Breaks Down Tetracycline
Water-friendly catalyst Co₄N@C made with NaCl efficiently destroys tetracycline in wastewater using PMS-green tech for cleaner water, fast reuse.
Metal-Free Boron Emitters Powering the Future of OLEDs
New boron compounds show strong thermally activated delayed fluorescence (TADF), offering sustainable, efficient path to next-gen OLEDs without rare metals
Crown Ether-Driven Phosphorescence for 3D-Printed Optical Materials
Novel crown-ether-isolated Ag(I) polymers overcome quenching, achieve strong green phosphorescence and aggregation-induced emission (AIE)
Triazole Power Play: New Hybrids Target Diabetes with Precision
New adamantane-triazole molecules show strong α-glucosidase inhibition, outperforming acarbose and revealing promising antidiabetic potential
Interfacial Coordination Induced Crystalline Metallacyclic Membrane for Enantioseparation
Novel interfacial-assembled chiral membrane achieves unprecedented enantioseparation: 100% enantiomeric excess and high flux via selective retardation
Angewandte Chemie Update
Just published articles from Angewandte Chemie, the flagship journal of the German Chemical Society (GDCh)
Biomimetic EVs Treat Pulmonary Fibrosis via ROS Scavenging & Anti-Inflammation
Novel BEV-SNA platform merges natural biomimetic BEVs with adaptable SNAs, offering an innovative strategy for pulmonary drug delivery and respiratory disease treatment
Photothermal/ONOO–-Generating Imaging-Therapy Nanoplatform
Xiaoyan Cui and colleagues have quantitatively evaluated the aggregation of molecules and proposed a general strategy for fine-tuning the fluorogenicity of Group 14 (C, Si, Ge) rhodamines
Carbon-Nitrogen Axial Chirality as a Novel Chiral Framework Design Strategy for Circularly
Novel C-N axial chirality strategy creates efficient CPL enantiomers (S/R)-AI-2TCFC with AIE/TADF. Demonstrated in working CPEL devices, advancing chiral optoelectronic materials
Porphyrin Nanodots Target Breast & Cervical Tumors
Methoxy-porphyrin nanophotosensitizers show promise in photodynamic therapy, selectively attacking breast and cervical cancer cells with precision
Iron Boosts BODIPY Heat Power for Cancer Light Therapy
Iron-enhanced BODIPY photosensitizer boosts heat generation, offering a powerful new approach for deep-tissue photothermal cancer therapy
Sulfur-Rich Network Polymers via Dynamic C–S Bonding
Max von Delius, Kerstin Leopold, and colleagues developed sulfur-rich network polymers that show excellent metal sorption and battery cathode performance
Acid- and Light-Driven Multifunctional Luminescent Materials: Pioneering Innovations in Information Encryption
A series of molecular photoswitches have been successfully designed and synthesized that can be actuated by visible light or acid stimuli
Solid-Phase Upcycling toward the Production of Ultrahigh-Loading Single-Atom Catalysts
AI-assisted method transforms spent catalysts into high-loading single-atom catalysts
Bridging Traditional and Nontraditional Luminogens via Non-Aromatic Conjugation Pathways
Bridging the gap between traditional and nontraditional luminogens with strong non-aromatic through-bond conjugation and through-space conjugation
Halogen-Bonded Organic Frameworks (XOFs) Enhanced Synergistic Photothermal-Chemotherapy in Bacterial Keratitis Treatment
Shigui Chen (Wuhan University, China), Yang Cheng and Wei Liu (Huazhong University of Science and Technology, China), and colleagues have synthesized two halogen-bonded organic frameworks (XOFs)...
Triple Keys for High Security
Very secure and highly efficient: encryption and decryption with luminescent perovskites