Research Articles
Seeing the Invisible: How Quantum Physics Illuminates Life's Hidden Chemical Ballet
Breakthrough in quantum-enhanced chemistry enables real-time observation of pyrophosphate hydrolysis reactions using dissolution dynamic nuclear polarization.
Beyond Silicon: Trapped Ions Unlock the Quantum Secrets of Molecules
How trapped-ion quantum simulators are revolutionizing quantum chemistry calculations by solving problems impossible for classical computers.
The Quantum Blueprint: How Wave Function Theory Decodes Matter from Atoms to Materials
Exploring how wave function theory revolutionizes our understanding of matter from atomic to material scales through quantum chemistry and computational methods.
The Quantum Architects: How Hund and Mulliken Rewrote Chemistry's Rulebook
The story of how Friedrich Hund and Robert Mulliken developed molecular orbital theory, revolutionizing modern chemistry.
Taming Molecules with Light: How Quantum Cavities Are Rewriting Chemical Rules
Scientists slowed down a chemical reaction by 80% using quantum light in infrared cavities, opening new possibilities for molecular control.
Cracking Chemistry's Code: How AI Learned Quantum Secrets on a Budget
Discover how transfer learning enables AI to achieve quantum-level accuracy in chemical simulations at a fraction of the computational cost.