About the Workshop
Photonics Center, Room 906
8 St. Mary’s Street
Attention: Registration for the workshop is now closed.
One of the holy grails in this field is the in silico design of novel materials with prescribed properties. Such a capability would allow us to tune material parameters in a way that would reveal up-to-now unrealized behavior. This would also enable a more principled way of developing novel devices and technologies. At the moment this direction of research is rather “aspirational.” While “materials design” is a term that appears with increasing frequency in many of the current discussions about the future of modern materials science, the meaning of the term covers a broad range of unrelated areas and techniques. The notion that connects these disparate efforts is that with the increasing sophistication of high performance computation, both at the hardware and software level, the complex problem of building a first-principles understanding of materials will eventually be possible. The key intellectual challenge is to identify tools that explain a sufficiently broad range of the rich spectrum of behaviors observed in complex materials to provide the impetus for moving the field beyond “explanation” to “prediction”, a much harder task. Ultimately, this approach goes directly to the heart of emergent phenomena: to what extent can we, with our advanced computational tools and our experience with known emergent phenomena, predict new materials’ properties?
David Bishop | Boston University
David Campbell | Boston University
Gabi Kotliar | Rutgers University
Andrei Ruckenstein | Boston University
Meigan Aronson | SUNY Stonybrook
Hideo Hosono | Tokyo Insitute of Technology
Karen Hallberg | Centro Atómico Bariloche
Francisco de la Cruz | Centro Atómico Bariloche