Exploring the electronic structure and significance of the elusive CCl₃ radical through spectroscopy and computational chemistry
How scientists used frozen argon and high-tech mass spectrometry to solve the mystery of acetaldehyde thermal decomposition.
Discover how scientists decoded the mysterious satellite features in tungsten's photoelectron spectrum and what this reveals about quantum interactions in metals.
Explore how vacuum ultraviolet (VUV) spectroscopy is transforming chemical analysis by detecting previously indistinguishable compounds in pharmaceuticals, fuels, and environmental science.
Explore the fascinating science of probing dynamic interfaces in organic electronics, a quest that is unlocking new potentials in technology, medicine, and energy.
How scientists used light and computers to uncover a hidden conversation between the antiviral drug Ritonavir and our DNA.
Explore how laser-based diagnostics revolutionize combustion research, enabling precise measurements in extreme environments and advancing sustainable energy solutions.
Discover how scientists use core excitation spectroscopy to study fullerene-based solar cell acceptors and design better solar panels.
Explore how infrared technology detects invisible gases through molecular vibrations and absorption spectroscopy, with applications in safety and climate monitoring.