Research Articles
The Crystal Invaders: How a Food Scandal Helped Scientists Decode Children's Kidney Stones
Explore how infrared spectroscopy revealed the composition of urinary stones in Chinese children during the 2008 melamine contamination crisis.
Shining Light on Carbazoles: How Scientists Are Decoding Nature's Molecular Masterpieces
Explore how computational chemistry and infrared spectroscopy are revealing the secrets of N-substituted carbazoles and their applications in medicine, energy, and materials science.
The Invisible Fingerprint: How Ground-Based Infrared Spectroscopy Reveals Hydrogen Cyanide's Secrets in Our Atmosphere
Discover how ground-based FTIR spectroscopy detects hydrogen cyanide in our atmosphere and reveals the secrets of global biomass burning patterns.
The Smallest Ice Cube: How Scientists Unraveled Water's Molecular Secrets
Discover how scientists used infrared spectroscopy to study hydrogen bonding topologies in the water octamer, revealing five coexisting cubic structures.
The Invisible Dance of FNO₂: Decoding a Toxic Molecule's Infrared Secrets
Exploring the complex vibrational spectrum of fluorine nitrite (FNO₂) and its implications for atmospheric chemistry and pollution monitoring.
The Invisible Cloak: How Infrared Light Reveals Oleic Acid's Power Over Magnetic Nanoparticles
Exploring how oleic acid coating and IR spectroscopy transform magnetite nanoparticles for biomedical and environmental applications