Research Articles
Seeing the Invisible: How AI Helps Measure Temperature with Light
Discover how Principal Component Analysis revolutionizes luminescence thermometry using Ce³⁺ ions in BaF₂ crystals for precise temperature measurement.
Engineering Matter from the Ground Up: How Atomic-Scale Metalation is Revolutionizing Plastics
Discover how atomic-scale metalation using ALD technology transforms polyamide-6 plastics with zinc and aluminum for biomedical and industrial applications.
Golden Orchid's Hidden Treasure: A New Antimicrobial Discovery
Discover the newly found antimicrobial compound from Dendrobium lindleyi, a golden orchid with potent antibacterial properties against both Gram-positive and Gram-negative bacteria.
The Leaky Detector: Solving the Mystery of High-Flux X-Ray Detection
Exploring the excess-leakage-current effect in Redlen HF-CdZnTe detectors and its impact on high-flux X-ray detection technology.
Seeing the Unseeable: How Light's Perfect Beat Reveals Nature's Hidden Molecules
Explore field-resolved sample-modulation spectroscopy, a revolutionary technique for mid-infrared molecular fingerprinting with unprecedented sensitivity and speed.
Cosmic Dawn's Leaky Galaxies: How JWST Is Cracking the Universe's Greatest Reionization Mystery
Discover how JWST's spectral stacking reveals the universe's toddler years and how early galaxies leaked life-giving light into intergalactic space.
The Rise of a Green Solar Cell: How Bismuth Is Replacing Lead in Perovskite Tech
Explore how bismuth-based perovskite solar cells are replacing toxic lead while achieving remarkable efficiency through advanced computer simulations.
Molecular Architecture: Unlocking the Secrets of a Silacyclopentane Ring
Explore how vibrational spectroscopy reveals the structural secrets of 1-chlorosilacyclopentane, a hybrid molecule bridging organic and inorganic chemistry.
The Antibiotic Hunter: How Scientists Design a New Weapon Against Drug-Resistant Bacteria
Discover how scientists designed (E)-3-(4-bromobenzylidene)-1,8-naphthyridine-2,4(1H,3H)-dione, a novel compound fighting antibiotic-resistant bacteria through synthesis, testing, and computational analysis.
The Squeeze That Expands: How Pressure Creates Strange New Materials
Exploring the counterintuitive phenomenon of negative compressibility in hybrid metal oxides and their potential applications