Research Articles
The Body's Secret Language: Decoding Health with a Beam of Light
How scientists are using near-infrared spectroscopy to read chemical biomarkers in blood without needles.
The Fire Thermometer: Measuring Scorching Heat with a Flicker of UV Light
Discover how scientists use UV-induced vibrational hydrogen Raman bandshape spectroscopy to measure extreme temperatures in flames and engines.
The Atomic Breathprint: Decoding Oxygen's Hidden Light
How a high-tech hunt for oxygen's purest color using Vacuum Ultraviolet Fourier-transform Spectroscopy is rewriting the textbooks
Seeing the Unseeable: How Near-Field Spectroscopy Illuminates a Hidden World
Explore how near-field spectroscopy breaks the diffraction limit to reveal nanoscale chemical and physical properties through evanescent field analysis.
Untangling the Rainbow: How Math Cleans Up Messy Science
Discover how orthogonal variation and multivariate analysis transform complex spectroscopic data into clear, interpretable results in scientific research.
Taming the Chaos: The Mathematical Magic of Signal–Noise Separation
Explore how signal-noise separation techniques are revolutionizing magnetic resonance spectroscopy through advanced mathematical algorithms.
The Sweet Truth: How Pocket-Sized Scanners are Unmasking Your Sugar Substitute
Discover how portable Raman and NIR spectrometers combined with Partial Least Squares Regression are revolutionizing sweetener analysis in tabletop formulations.
The Hidden World in a Drop of Spit: How Light is Revolutionizing Saliva Analysis
Explore how FTIR and Photoacoustic Spectroscopy are transforming saliva analysis for non-invasive medical diagnostics
Seeing the Light: The Microscopy Technique Revealing Secrets of Powerful Laser Diodes
Explore how spectroscopically resolved photo- and electroluminescence microscopy is revolutionizing laser diode development and semiconductor research.
The Nuclear Needle in a Haystack: A Super-Sensitive Sensor for the World's Most Dangerous Atoms
Discover how transition-edge sensor microcalorimeters revolutionize spectroscopic analysis of transuranium elements through non-destructive L X-ray measurements.