2023 MRS Spring Meeting
Tutorials
-
Apr10Tutorial SB06—Machine Learning for Peptide-Based Materials Design
San Francisco, California
These include a tutorial lecture on Coarse Grain Molecular Dynamics and how it can be used to predict Materials properties; a tutorial lecture on Machine learning in Materials design with a focus on the type of neural networks commonly used and the metric
-
Apr10Tutorial EL01: Introduction to Phase-Change Materials and Their Applications
San Francisco, California
This Tutorial will cover a broad spectrum of topics in the field of phase-change materials, including: fundamental bonding phenomena, novel alloys with tailored properties, deposition/growing techniques, failure mechanisms, device fabrication
-
Apr10Tutorial QM01: Novel Approaches to Manipulate and Detect 2D Magnetism in van der Waals Quantum and Topological Materials
San Francisco, California
In this tutorial, the participants will learn: The advanced synthesis, overall properties, and the emergence of topological spin textures such as meron and skyrmions of exfoliable 2D magnets. The unique power of Lorentz transmission electron microscopy
-
Apr10Tutorial SF05—Building Advanced Materials via Aggregation and Self-Assembly
San Francisco, California
This tutorial will cover a broad range of topics that focus on building advanced materials via aggregation and/or self-assembly, both experimental and theoretical.
-
Apr10Tutorial EL02: Promise and Challenge of Commercializing Perovskite Photovoltaics
San Francisco, California
in this tutorial, we propose three lectures covering the industrial development of perovskite PV, field tests and reliability of PV modules, and research & development of perovskite modules.
-
Apr10Tutorial EN02—Young Scientist Tutorial on Characterization Techniques for Thin-Film Solar Cells
San Francisco, California
This tutorial is intended for young researchers (students and post-graduates within 3 years of degree completion) who are active in the field of thin-film solar cells and would like to learn more about some of the fundamental characterization methods
-
Apr10Tutorial EL21—Research Approaches for Energy Efficient Computing
San Francisco, California
This tutorial will focus on research in different components of the compute stack: · Charge-based energy efficient devices · Non-charge based energy efficient devices · Future low-energy memory solutions
-
Apr10Tutorial EN03 (Virtual)—Caloric Materials and Devices—Fundamentals and Applications
San Francisco, California
This tutorial will cover all types of caloric material, and will range from fundamental aspects to applications of such materials in energy-efficient heating and cooling devices.
-
Apr10Tutorial SF03—Nanoscale Phonon and Nonequilibrium Transport—Raman Characterizations and First Principles Predictions
San Francisco, California
This tutorial will cover both Raman characterizations and first principles-based calculations on these aspects.
-
Apr10Tutorial EL08—Nanogenerators and Piezotronics—Fundamentals and Applications
San Francisco, California
This tutorial will include two sessions, the specific learning objectives include an introduction the fundamentals of nanogenerators and piezeoelectronics, including their working principles, material processes, device fabrication, lab-scale test
-
Apr10Tutorial SB02—Nanomaterials for Intracellular Manipulation
San Francisco, California
This tutorial represents an opportunity for early researchers and those interested in entering the field to form a robust critical understanding of the state of the art.