Research Articles
Quantum Leap: How AI and Quantum Computers are Revolutionizing Materials Science
Explore how AI and quantum computing are transforming materials science, accelerating discovery of superconductors, quantum processors, and advanced energy technologies.
Beyond the Lab Bench: How a Multitasking AI Is Revolutionizing Quantum Chemistry
Discover how DeepMoleNet's transferable multilevel attention neural network is transforming quantum chemistry through multitask learning and accurate molecular property prediction.
From Alchemy to AI: How Computational Chemistry is Revolutionizing Discovery
Explore how computational chemistry is transforming drug discovery and materials science through AI-powered simulations and quantum calculations.
Unlocking Chemistry's Dark Matter: How AI Learned the Language of Sulfur and Halogens
Discover how AI is revolutionizing chemistry by learning to understand sulfur and halogens, elements critical to pharmaceuticals and environmental science.
Navigating a Universe of Molecules: How Graph-Based Recommender Systems Are Revolutionizing Chemistry
Explore how graph-based recommender systems are transforming chemical discovery by navigating the vast chemical compound space using AI and machine learning.
The Digital Alchemist: How Computational Chemistry is Revolutionizing Molecular Design
Explore how computational chemistry combines quantum mechanics and AI to transform molecular design, drug discovery, and materials science.
The Digital Microscope: How AI is Revolutionizing the Way We See Molecules
Explore how AI and machine learning are transforming molecular modelling, from AlphaFold's breakthrough in protein folding to accelerated drug discovery and beyond.
The Invisible Ocean: How Humanity is Learning to Navigate the Data Deluge
Exploring how cutting-edge technologies help humanity manage the exponential growth of data in 2025
The Collaborative Code: How Transdisciplinary Science Is Rewriting the Rules of Discovery
Exploring how transdisciplinary research is breaking down traditional scientific silos to solve complex global challenges through AI integration and collaborative frameworks.
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.