Real-World Calculations - 2D Materials Using Quantum Monte Carlo - Session 6.3

Learn to perform research and publication level workflows for 2D materials and 2D boron nitride using Quantum Monte Carlo methods in this 46-minute lecture delivered by Kayahan Saritas. Master advanced computational techniques specifically designed for two-dimensional material systems through practical demonstrations and real-world calculation examples. Explore the application of QMC methodologies to study the electronic properties and behavior of 2D boron nitride structures. Gain hands-on experience with QMCPACK software implementation for conducting high-level quantum mechanical calculations on layered materials. Access comprehensive presentation materials and example calculation files to reinforce your understanding of the computational workflows presented in this specialized quantum Monte Carlo training session.