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Idaho's NSF Research Infrastructure Improvement (RII) Award - EPSCoR IV

 

Idaho's current $9 million NSF RII award (EPS 0132626) was initiated in February 2002 to improve and expand existing strengths in three research focus areas - all within NSF areas of emphasis - and at the same time to integrate forward-looking Human Resource Development and 21st Century workforce plans.

 

Idaho NSF EPSCoR Research

 

Idaho research teams receive support for postdoctoral scientists, graduate students, undergraduate researchers, modern equipment, professional development travel and coordinated research activities, and several new tenure-track positions to be continued by UI, BSU and ISU after this award to ensure sustainability. These teams focus on strengthening three areas of research:

 

Nanoscale Materials for Electronics and Sensor Applications

 

This team develops nanoscale materials, models their syntheses, and evaluates their properties, with a focus on the ultimate suitability of various materials for device and sensor applications in electronics, optoelectronics, and magnetics. [More...]

 

Life at Interfaces and the Biocomplexity of Extreme Environments

 

This research presents an integrated study of how the physical and geochemical properties of microbial habitats affect the abundance, diversity, and function of microbial populations and, in turn, how microorganisms influence their surrounding physical and geochemical environments. [More...]

 

Also visit the Biocomplexity in Extreme Environments Data Repository Webpage

 

Neuro-Fuzzy Soft Computing via Silicon Structures

 

Idaho 's research goal is to address theoretical and practical issues for developing cost-effective neuro-fuzzy soft computing systems by combining digital and analog technology in a mixed-signal design. [More...]

 

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Jerry Fairley in Lab
 

Neuro Fuzzy Students