Exploring how asymmetric squaraine dyes tethered to DNA scaffolds exhibit powerful intramolecular charge transfer with potential applications in quantum computing and energy systems.
Explore the fascinating mesoscopic scale where quantum physics meets classical physics, enabling revolutionary technologies from quantum computing to advanced medical diagnostics.
Exploring how attosecond science and coherent X-rays are revolutionizing our ability to observe electron dynamics and quantum processes.
Explore how optical-optical double resonance spectroscopy reveals thiophosgene's excited states and quantum mechanical behavior.
Exploring how quantitative diatomics-in-molecules models are revolutionizing our understanding of water's quantum mechanical nature and behavior.
Exploring the groundbreaking research presented at the 21st Annual AFOSR Chemistry Program Review on molecular reactions and quantum chemistry
Explore the cutting-edge field of attosecond science, where scientists capture electron dynamics within quintillionths of a second, enabling revolutionary advances in quantum computing and materials science.
Explore how quantum mechanics and isotope effects in lithium are revolutionizing energy storage, nuclear technology, and our understanding of the quantum universe.
How the tiniest calculations on Earth are solving the biggest mysteries in space through electronic structure calculations.
Oxygen K-edge spectroscopy exposes the quantum dance of protons and hydrogen bonds in ice, transforming our understanding of this seemingly simple solid.