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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | 3 months ago
-level thermal comfort with minimal reliance on air/water thermal management systems, thereby minimizing energy consumption. Drawing upon the extensive expertise of the principal investigator (PI) in
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James Finley), the Seethapathi Motor Control group at MIT (PI Nidhi Seethapathi), and the Nishikawa Biomechanics lab at Northern Arizona University (PI Kiisa Nishikawa), among others. The IMSI
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collaborative Center at RIT and the University of Rochester supported by the National Institutes for Environmental Health Sciences (NIH - NIEHS) and the National Science Foundation’s Ocean and Human Health
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The Problem: Plankton growth drives marine ecosystems and forms sinking particles which store carbon in the ocean, mitigating the effects of climate change. In areas where access to nitrogen limits
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The Problem: Understanding what sets the spatial-temporal distribution of plankton in the ocean is critical for predicting future changes to fisheries production and deep ocean carbon storage as the
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at TUM and will include several postdocs, PhD students, and technical staff. The team will work on various topics, including multi-scale analyses of productivity, nutrient and water cycling in livestock