Research Articles
Quantum Leaps: How a Special Chemistry Issue Explains Our World
Exploring the impact of quantum chemistry through IUPAC's special issue celebrating the International Year of Quantum Science and Technology
When Molecules Meet Quantum: A Century-Long Dance
Exploring the complex relationship between molecular chemistry and quantum mechanics, celebrating the International Year of Quantum Science and Technology 2025.
The Quantum Sandbox: How Scientists Are Taming Light and Matter
Explore the fascinating world of cavity quantum electrodynamics where scientists engineer microscopic arenas to make light and matter interact in previously impossible ways.
Trapping Light and Atoms: The Quantum Dance in Engineered Space
Explore the fascinating world of cavity quantum electrodynamics where scientists precisely control interactions between light and matter at the quantum level.
Communication with Quantum Catalysts: How a Strange State of Light is Forging a New Future
Explore how quantum catalysts and entanglement are revolutionizing secure communication and building the foundation for a quantum internet.
Trapping Light and Matter: The Quest to Control Quantum Reality
Explore how scientists are mastering cavity quantum electrodynamics to create hybrid light-matter particles with revolutionary properties.
Seeing the Invisible: How Super-Resolution Reveals Quantum Secrets
Explore how super-resolution time-frequency techniques are revealing quantum secrets in 2D materials through unprecedented observation of electron-phonon dynamics.
Seeing the Unseeable: How Quantum Trajectories Reveal Hidden Reactions
Explore how quantum trajectory dynamics enable scientists to observe and simulate chemical reactions at the atomic scale, revealing quantum behavior in enzymes and materials.
The Invisible Hand That Shapes Our Medicines: How Quantum Forces Decide Crystal Forms
Explore how quantum forces and many-body dispersion interactions determine crystal polymorphism in pharmaceuticals, affecting drug effectiveness and stability.
Quantum Tweaks: How Tiny Changes Revolutionize Quantum Systems
Explore how finite rank modifications are revolutionizing quantum systems through precise, surgical adjustments that dramatically alter quantum behavior.