Explore how terahertz waves are revolutionizing molecular science by revealing hidden molecular interactions in condensed phases.
Explore how scientists identify and characterize organic compounds using spectroscopy and other analytical techniques.
Explore the latest advancements in Electron Spin Resonance Spectroscopy, including high-sensitivity techniques, spin trapping methods, and applications in protein dynamics and materials research.
Discover how Deep Ultraviolet Resonant Raman spectroscopy combines molecular fingerprinting with built-in disinfection to transform food safety and quality control.
Explore how terahertz radiation is revolutionizing molecular science by revealing previously invisible molecular interactions in condensed phases.
Discover how vibrational sum frequency generation spectroscopy reveals the molecular makeup of aerosol surfaces from around the world.
Explore how AFM-IR technology combines atomic force microscopy with infrared spectroscopy to reveal nanoscale chemical composition and structure.
Explore how NMR spectroscopy serves as the ultimate molecular detective tool, revealing atomic connections and solving complex chemical structures.
Discover how scientists use gold nanoclusters to study charge transfer between thiolated molecules and gold nanoparticles, enabling breakthroughs in biosensors and molecular electronics.
Explore how the visible spectrum (V-I-B-G-Y-O-R) serves as chemistry's universal fingerprint, revealing atomic and molecular secrets through color.