Research Articles
Capturing Chemistry's Speed Demon: How Attosecond X-Rays Capture a Molecule's Split-Second Identity Crisis
Discover how attosecond X-ray spectroscopy reveals the ultrafast competing dissociation pathways in molecules experiencing the Jahn-Teller effect.
Seeing with Vibrations: How Terahertz Spectroscopy is Unlocking the Secrets of Molecules
Explore how terahertz spectroscopy and AI are revolutionizing molecular analysis, from drug development to security screening.
The Colorful Code of Terthiophenes: How Computer Simulations Decode Light-Matter Interactions
Explore how computational methods like DFT and TD-DFT are revolutionizing our understanding of terthiophene compounds and their light-interaction properties.
Shining Light on Darkness: How Scientists Unravel Thiophosgene's Quantum Secrets
Explore how optical-optical double resonance spectroscopy reveals thiophosgene's excited states and quantum mechanical behavior.
The Invisible Layer: How Computer Simulations Decode Surface Secrets
Discover how computational chemistry and sum frequency generation spectroscopy reveal molecular secrets at liquid interfaces, with applications in green chemistry and materials design.
Unveiling the Invisible Dance of Molecules: The RA 2DIR Breakthrough
Discover how Relaxation-Assisted 2DIR spectroscopy revolutionizes molecular imaging by breaking distance barriers in molecular interaction studies.
The Green Fingerprint: How HRMAS NMR is Revolutionizing Our Food and Soil
Explore how HRMAS NMR spectroscopy is transforming agricultural science by analyzing soil, crops, and food products at molecular level without sample destruction.
Unveiling the Invisible: How Superlattices Are Revolutionizing Infrared Vision
Explore how type-II superlattices are reshaping infrared technology through quantum engineering and ultrafast spectroscopy.
Seeing into Cells: How Pulsed Dipolar EPR is Revealing Biology's Secrets
Explore how pulsed dipolar EPR spectroscopy is revolutionizing structural biology by enabling molecular studies under physiological conditions.
The Hidden World at Water's Surface: A Quantum View
Discover how quantum simulations and sum-frequency generation spectroscopy reveal the molecular secrets of the air/water interface.