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Cutting-Edge Tools for Transformational Synthesis in Material Science

Explore how the latest computational and synthesis tools revolutionize material science research, unlocking new classes of behavior and enabling precise control of phenomena. Discover the impact and timeliness of this opportunity.

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Cutting-Edge Tools for Transformational Synthesis in Material Science

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  1. Transformational Opportunity Name Opportunity (WHY?) Approaches (HOW?) • Characterization tools • Computational tools • Synthesis tools • Intellectual tools • . . . • What’s the short question that captures the spirit of the opportunity (e.g., How do we control material processes at the level of electrons?) • What are the 2-3 bullets that elaborate the scope? Impact (SO WHAT?) Timeliness (WHY NOW?) Why now and not earlier? • New tools are now available (e.g, nanoscience, ultrafast, computation) • Supporting grand challenges have been advanced (e.g., mapping genome  gene therapy) • . . . • Enables understanding new classes of behavior (e.g., solving far from equilibrium  weather, fracture, traffic jams . . .) • Enables new control of phenomena (e.g., principles of self-assembly  new classes of functional materials) • . . . Submitted by: Affiliation:

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