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Faculty SearchSearch Keywords: Renewable Energy Found 43 from 229 Marc AchermannAssistant Professor
Research ProfileResearch focuses on the optical spectroscopy of nanoscale materials, specifically semiconductor, metal and organic nanostructures, focusing on the carrier and energy relaxation dynamics of nanostructures and the dynamics of interfacial interactions in hybrid excitonic/plasmonic materials. Research applications include light-harvesting energy applications such as solar cells and sensor development. Keywords
Renewable Energy Neal G AndersonAssociate Professor
Research ProfileResearches physical information theory and engineering implications and applications, photovoltaics, and quantum semiconductor heterostuctures and their optoelectronic device applications. Keywords
Renewable Energy Scott AuerbachProfessor
Research ProfileResearch focuses on modeling catalysis and transport in nanoporous molecular sieves such as zeolites and other aluminosilicates and understanding the microscopic events that underlie their application. Research aims to understand how selective interactions control adsorption, diffusion and reaction in zeolites, and the growth of zeolites themselves, to assist in the development of new zeolite-based nanotechnologies. Applications for renewable energy materials and devices. Keywords
Renewable Energy Erin BakerAssociate Professor
Research ProfileResearch focuses on Energy and Environmental Economics and Policy, especially the impact of uncertainty on climate change emissions and technology policies. Current studies include collecting expert elicitations on energy technology R&D and evaluating the impact of energy R&D portfolios on greenhouse gas emissions and the environment. A new, interdisciplinary project focuses on developing metrics for sustainability for the Pioneer Valley region, and developing a decision support system that relates electricity generation decisions to sustainability metrics, including uncertainty. Keywords
Climate Change, Renewable Energy, Water Resources Michael BarnesAssociate Professor
Research ProfileOur highly collaborative and interdisciplinary research explores the connection between structure and optoelectronic function in polymeric and inorganic composite nanostructures. Our experimental approach, termed Chemical Microscopy, combines single-molecule imaging and spectroscopy techniques along with scanning probe microscopies such as AFM, to understand details of structure and internal order in macromolecular systems and their relation photonic, or optoelectronic properties. Keywords
Renewable Energy Surita BhatiaAssociate Professor
Research ProfileResearch focuses on complex fluids, solutions and gels containing surfactants, polymers, and colloidal particles which are potential models for biomembranes. Keywords
Green Chemistry, Renewable Energy Jeffrey BlanchardAssociate Professor
Research ProfileResearches systems-level approaches to understanding bacterial stress response networks related to host-pathogen interactions and the influence of global climate change on populations of marine cyanobacteria and communities of bacteria. Focus areas include use of genomic data to discover functions for genes and proteins; rules governing and constraining biological systems; and predictive models of biological systems that incorporate biochemical and genetic data. Keywords
Climate Change, Renewable Energy Alejandro L Briseno
Research ProfileOur polymer research group focuses on balancing interests not only in technological applications, but also into answering fundamental questions that hone in on specific disciplines. Our researchers encompass a broad-range of scientific backgrounds including those of biology, chemistry, physics, materials science, and electrical engineering. T Keywords
Renewable Energy Maura CannonResearch Associate Professor
Research ProfileResearch is directed towards understanding the role of extensions in cell wall assembly and in particular how they contribute to the correct positioning of the cell plate during cytokinesis. Interests in energy and the environment. Keywords
Renewable Energy Ken CarterAssociate Professor
Research ProfileResearches the design and use of high performance polymers for advanced microelectronics. Research includes high resolution nanopatterning (materials and processes); synthesis and design of electroactive (OLED and bistable) polymers; controlled surface functionalization of nanopatterned polymer surfaces; and bioactive surfaces and sensors. Keywords
Green Chemistry, Renewable Energy
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