Research Articles
Quantum-Chemical Insights From Interpretable Atomistic Neural Networks
Exploring how interpretable atomistic neural networks are revolutionizing quantum chemistry by providing both accurate predictions and meaningful scientific insights.
Deep Learning and Computational Chemistry: A Quiet Revolution
How deep learning is fundamentally reshaping computational chemistry, accelerating molecular property prediction from years to days while achieving unprecedented accuracy.
The Quantum Alchemist: How Alán Aspuru-Guzik is Programming the Future of Discovery
Explore how Alán Aspuru-Guzik is revolutionizing scientific discovery through quantum computing, AI, and self-driving laboratories.
Beyond the Lab Coat: When AI Meets the Quantum Atom
How deep learning is revolutionizing our ability to see the invisible forces that shape our world through quantum chemistry
The Brain Chip: How a Quantum Material Could Revolutionize Artificial Intelligence
Discover how perovskite nickelate reconfigurable devices are paving the way for brain-inspired computing and truly adaptive artificial intelligence.