Explore field-resolved sample-modulation spectroscopy, a revolutionary technique for mid-infrared molecular fingerprinting with unprecedented sensitivity and speed.
Explore how solid-state IR-LD spectroscopy reveals the 3D molecular architecture of L-tryptophan-containing dipeptides and their biological significance.
Explore how spectroscopic analysis of 24Mg³⁵Cl and 24Mg³⁷Cl molecules helps astronomers identify chemical compounds in distant cosmic objects.
A review of spectroscopy techniques for characterizing silica-cellulose biomaterials and their applications in batteries, tissue engineering, and water purification.
Explore how chromium ions create vibrant colors in fluorochlorozirconate and fluorobromozirconate glasses through spectroscopic analysis and their potential applications in optical technology.
Discover how pharmaceutical scientists developed a spectroscopic method to simultaneously estimate Acebrophylline and Acetylcysteine in cough capsules, ensuring accurate dosing and medication safety.
Explore how spectroscopic techniques like FTIR and Raman spectroscopy are revolutionizing SARS-CoV-2 detection through light-based analysis.
Explore how spectroscopic analysis reveals the hidden chemical degradation in ancient paper manuscripts and helps preserve cultural heritage.
Discover how scientists used laser-induced fluorescence to capture the electronic spectrum of the elusive fluoroborane free radical (HBF), revealing its molecular secrets.
Explore how high-resolution spectroscopy reveals the fascinating local mode vibrational states of silane molecules and their quantum mechanical secrets.