The research plan for the Institute for Collaborative Biotechnologies will be organized around three emphases:
(1) Sensors, Electronics and Information Processing, led by UCSB Chemistry and Materials Professor Guillermo Bazan. Research will focus on the development of sensors using biological molecules and paradigms for sensing with unprecedented sensitivity, accuracy, and speed and the translation of information from sensors into electronic information for real-time sensing and response capabilities.
(2) Biotechnological and Biologically Inspired Routes to Electronic, Optical and Magnetic Materials, led by Morse. Research will investigate the use of biological mechanisms and biomolecular mechanisms to control nanofabrication of new materials for electronic, optical, and optoelectronic activity, including new approaches to the generation of electrical energy and portable sources of energy such as would be carried for defense applications.
(3) Biotechnological and Biologically Inspired New Routes to Information Professing, led by UCSB Physics and Electrical and Computer Engineering Professor David Awschalom and Electrical and Computer Engineering Professor Evelyn Hu. Research seeks to use biological systems to guide the development of new routes for information processing. Molecular signaling and recognition and integration of information will be considered from both the perspective of the small world of molecules but also from the macroscopic perspective of ecosystems. Awschalom heads the UCSB Center for Spintronics and Quantum Computing. Hu is UCSB's science director for the California NanoSystems Institute (CNSI), whose state-of the-art research facilities, nearing the construction phase, will greatly enhance the ability of ICB researchers at UCSB to advance their cross-disciplinary researc
Contact: Jacquelyn Savani
University of California, Santa Barbara - Engineering