Options Volunteer Basis, Potential for UROP Funding, Potential for Work-Study Funding, Potential for Academic Credit Overview We seek to develop AI models that best capture the random behavior of time-evolving systems, including those that govern: 1) climate variations; 2) athletic performance; 3) stocks; 4) or any system in which predictions are needed
Options Volunteer Basis, Potential for UROP Funding, Potential for Work-Study Funding,Potential for Academic Credit Overview We seek to develop, test, and compare theoretical models for the physics of the ocean and atmosphere in the equatorial Pacific region, with a goal of better understanding what processes give rise to the El Nino/Southern Oscillation phenomenon
Options Volunteer Basis, Potential for UROP Funding, Potential for Work-Study Funding, Potential for Academic Credit Overview We seek to understand how interactions between the ocean and atmosphere are mediated by biological activity, with a focus on whether enhanced photosynthesis serves to augment (or reduce) climate variations in both the ocean and atmosphere
Options Volunteer Basis, Potential for UROP Funding, Potential for Work-Study Funding, Potential for Academic Credit Overview We seek to better understand the climatology (frequency, intensity, duration) of freeze/thaw cycles over the Eastern US with a focus on forested regions extending from Canada into Florida