A*STAR Webinar on The AI Revolution in Materials Science NANO281 Lecture 01 - Introduction to Data Science in Materials Science Creating It from Bit - Designing Materials by Integrating Quantum Mechanics, Informatics and Computer Science UCSD NANO106 - 13 - Other Diffraction Techniques and Common Crystal Structures NANO266 - Lecture 14 - Transition state modeling NANO266 - Lecture 13 - Ab initio molecular dyanmics NANO266 - Lecture 12 - High-throughput computational materials design NANO266 - Lecture 11 - Surfaces and Interfaces NANO266 - Lecture 10 - Temperature UCSD NANO106 - 12 - X-ray diffraction UCSD NANO106 - 11 - X-rays and their interaction with matter UCSD NANO106 - 10 - Bonding in Materials UCSD NANO106 - 09 - Piezoelectricity and Elasticity UCSD NANO106 - 08 - Principal Directions and Representation Quadrics UCSD NANO106 - 07 - Material properties and tensors 
