Hawker from UCSB lead this institutional partnership in which eight UTEP and eight UCSB scientists and engineers (chemistry, materials, physics, and electrical and mechanical engineering) and one from Sandia National Laboratories form collaborative research teams that focus on the following key fundamental aspects of solar energy photovoltaic research: (1) theoretical calculations to predict mechanisms and guide the design of new active compounds, (2) development of high-yield novel systems with tunable properties for next-generation solar cells, (3) crystal engineering to establish structure-function relationships for improved cell efficiencies, (4) semiconductor nanocrystal growth simulations to predict function, and (5) development of new interfacial transparent materials with well-characterized composition and structure, to establish structure-function relationships and guide the design of next-generation interfaces for solar cells. In this project, an innovative, student-centered, inter-campus program called "UTEP-UCSB PREM" will be created to manage the scholarly activities of the participating students. UTEP-UCSB PREM: Fundamental Molecular and Interfacial Design for Next Generation Photovoltaic Systems Abstract A synergistic interdisciplinary research approach to the advancement of the basic understanding of the molecular and interfacial structures essential for efficient solar energy conversion will be conducted. Primary Place of Performance Congressional District:Ġ1001213DB NSF RESEARCH & RELATED ACTIVIT 01001314DB NSF RESEARCH & RELATED ACTIVIT 01001415DB NSF RESEARCH & RELATED ACTIVIT 01001516DB NSF RESEARCH & RELATED ACTIVIT 01001617DB NSF RESEARCH & RELATED ACTIVIT 01001718DB NSF RESEARCH & RELATED ACTIVITħ234, 7237, 7644, 7913, 8396, 9161, 9177, 9178, AMPP, SMET Michael Irwin (Former Co-Principal Investigator).Gabby Gandara (Co-Principal Investigator).Craig Hawker (Co-Principal Investigator).Luis Echegoyen (Principal Investigator) Dorothy Pak (Co-Principal Investigator).We conclude by offering recommendations for integrating InterCAP with other theoretical models and suggestions for future research.UTEP/UCSB PREM: Molecular and Interfacial Phase Design for Improved Photovoltaics NSF Org:ĭebasis Majumdar (703)292-4709 DMR Division Of Materials Research MPS Direct For Mathematical & Physical ScienįY 2012 = $660,400.00 FY 2013 = $660,400.00 FY 2014 = $660,400.00 FY 2015 = $660,400.00 FY 2016 = $660,400.00 FY 2017 = $660,399.00 We illustrate how InterCAP (a) integrates and organizes existing research and theory, (b) formally emphasizes the interpersonal and iterative nature of the capitalization process, and (c) identifies gaps in current knowledge. In this article, we provide a fresh perspective on the state of this literature by proposing the interpersonal model of capitalization (InterCAP).
Capitalization, however, is a social process that affects both capitalizers and responders, and research has only begun to explore the benefits of capitalization for responders. Most extant research has focused on the benefits for the capitalizers. In so doing, individuals sharing their good news (i.e., capitalizers) boost their mood and relationships with the person(s) to whom they retell their news (i.e., responders). Social and Personality Psychology CompassĪbstract When good things happen, individuals will often retell this good news to others, a process termed capitalization. Making the good even better: A review and theoretical model of interpersonal capitalization
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