Research Crosscuts
Lead
Co-lead
Crosscut Synthesis & Characterization
This crosscut will connect researchers leveraging experimental techniques ranging from high-throughput reactions to one-of-a-kind atmospheric measurements and novel material-characterization tools. Many of the materials researched (e.g., HFCs, MOSCs, DESs) and techniques leveraged (spectroscopy, mechanical testing, high-throughput synthesis) will be applicable to all Thrusts.
Lead
Co-lead
Crosscut Behavior & Policy
This crosscut seeks to examine people’s decisions to adopt new technologies, implement HVACR protocols, and comply with refrigerant regulations; this spans all thrusts and generalizes the rationale for our initial project. Although EARTH will develop new materials and technologies to enhance the refrigerant sector’s sustainability, society will only realize the immense potential impacts of these advances if people choose to adopt them.
Lead
Co-lead
Crosscut Modeling & Analysis
Computational modeling and simulation techniques vary widely in mathematical underpinning and across time and length scales, but they share common features, such as data analysis, software development, validation and testing, and data management. This crosscut will build a modeling and simulation community via multiple activities including training members across disciplines, student exchanges, modeling/coding, and communication.