Regensburg 2022 – wissenschaftliches Programm

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SYNM: From Physics and Big Data to the Design of Novel Materials

SYNM 1: From Physics and Big Data to the Design of Novel Materials

Montag, 5. September 2022, 15:00–17:45, H1

Combining concepts from big data analytics with experimental and theoretical techniques in solid state physics has opened exciting new routes to designing materials with superior mechanical, electronic or optical properties as well as to enhance resolution and performance of established experimental techniques as e.g. electron microscopy, x-ray diffraction, or atom probe tomography. The symposium will bring together leading experts who pioneer the application of these techniques for their respective fields. The intention is to show success stories but also to critically discuss present limitations as well as emerging areas. A critical aspect that will be in the focus of the symposium is that big data analytics alone, i.e. without a deep understanding of the underlying physics, turns out to be insufficient in successfully addressing experiment or materials related challenges.

15:00 SYNM 1.1 Hauptvortrag: How to tackle the "I" in FAIR? — •Claudia Draxl
15:30 SYNM 1.2 Hauptvortrag: Beyond the average error: machine learning for the discovery of novel materials — •Mario Boley, Simon Teshuva, Felix Luong, Lucas Foppa, and Matthias Scheffler
16:00 SYNM 1.3 Hauptvortrag: The Phase Diagram of All Inorganic Materials — •Chris Wolverton
  16:30 15 min. break
16:45 SYNM 1.4 Hauptvortrag: Automated data-driven upscaling of transport properties in materials — •Danny Perez and Thomas Swinburne
17:15 SYNM 1.5 Hauptvortrag: Data-driven understanding of concentrated electrolytes — •Alpha Lee
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DPG-Physik > DPG-Verhandlungen > 2022 > Regensburg