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Topics: Introduction to Monte Carlo Methods • Pseudopotential generation • Variational Quantum Monte Carlo • Diffusion Quantum Monte Carlo • Wavefunction optimization methods Path integral Monte Carlo • QMC applications in geophysics Details:

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  1. Topics: • Introduction to Monte Carlo Methods • Pseudopotential generation • Variational Quantum Monte Carlo • Diffusion Quantum Monte Carlo • Wavefunction optimization methods Path integral Monte Carlo • QMC applications in geophysics • Details: • Scientists from geophysics, physics, materials science, chemistry and high-performance computing. Includes lectures and labs. • $150 registration fee. Housing provided for non-local participants. • Contact: • http://mcc.illinois.edu/summerschool/2012 • Email: mcc-workshops@illinois.edu

  2. School sponsored by: • University of Illinois at Urbana-Champaign: Materials Computation Center Frederick Seitz Materials Research Laboratory • Beckman Institute for Advanced Science and Technology Network for Computational NanotechnologyNational Science Foundation: Supporting awards DMS 10-24936, DMS-10-25370, DMS-10-25327, DMS-10-25392, DMR-03-25939Oak Ridge National Laboratory • Organizers: • D. Ceperley, R. Cohen, E. de Sturler, J. Kim, B. Militzer, and N. Sobh

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