|Zinc oxide nanoscale cylinders could be the basis for an inexpensive new kind of light emitting diode. (Credit: UCSD) Higher resolution version.|
San Diego, CA, July 3, 2007 -- Seeking to capitalize on the potential of a new generation of multi-functional nanoscale devices and special materials built on the scale of individual molecules, UC San Diego has established a new Department of NanoEngineering within its Jacobs School of Engineering effective July 1. Undergraduate and graduate students will learn from an interdisciplinary team of professors who are leaders in various fields of engineering, physics and chemistry and a variety of new sub-disciplines where those fields overlap.
"Many of the most exciting, cutting-edge discoveries are being made at the interfaces of scientific and engineering disciplines,” said UCSD Chancellor Marye Anne Fox. “This new Department of NanoEngineering, one of the first such departments in the nation, continues UC San Diego’s leadership role in the paradigm shift to interdisciplinary research and education in revolutionary new fields that will benefit both society and the planet."
This field-emission scanning electron microscope image shows the successful growth of indium arsenide nanowires as part of a UC San Diego study of how to grow new kinds of nanowires while controlling their morphology and material properties. (Scale bar is 2μm.) Higher resolution version.
“Nanotechnology promises to produce revolutionary advances in medical diagnostics and treatments, energy systems, electronics and materials,” said Frieder Seible, dean of the Jacobs School. “Yet we are only just beginning to understand how to assemble and fabricate nanocomponents into higher order materials. Our industry partners tell us they need a new breed of engineers trained in this field to help them fulfill their future workforce needs, not just on the biotechnology side, but in many other areas.”
The Department of NanoEngineering’s educational program will develop in phases, with plans to reach a steady state of approximately 20 faculty members and an enrollment of 400 undergraduate students and 120 graduate students. The department will also serve as the administrative home of the existing undergraduate and graduate programs in chemical engineering.
Researchers at UCSD recently reported that Y-shaped nanotubes behave as electronic switches similar to conventional MOS (metal oxide semiconductor) transistors, the workhorses of modern microprocessors, digital memory, and application-specific integrated circuits.
In the past five years alone, the five members of the leadership team filed 51 patent applications and licensed 6 inventions to private companies. Those professors and their fellow faculty members will continue to work closely with the Jacob School’s William J. von Liebig Center for Entrepreneurism and Technology Advancement and UCSD’s Technology Transfer and Intellectual Property Services office to accelerate the commercialization of discoveries and prepare engineering students to contribute to the local, national, and global entrepreneurial workplace.
A Center for Cancer Nanotechnology Excellence at UC San Diego and the UCSD Moores Cancer Center is using “nanoscale” devices that find and destroy blood vessels that supply nourishment to tumor cells while leaving blood vessels in healthy tissue unharmed. Higher resolution version.
In a manifestation of that revolution, in September 2005 the National Cancer Institute implemented a $144 million initiative by forming eight Centers for Cancer Nanotechnology Excellence (CCNE) in the U.S., including one at UCSD and its Moores Cancer Center. Esener, a professor of electrical and computer engineering and the founder of several startup companies, is the principal investigator of the CCNE based at UCSD. That center, which includes scientists at the Burnham Institute for Medical Research and University of California campuses at Irvine, Riverside, and Santa Barbara, brings together the best and brightest from engineering, chemistry, physics, mathematics, biology and health sciences to use nanotechnology to help fight cancer. Esener’s CCNE will work closely with the new Department of NanoEngineering.
The new department will occupy nearly half of a new 110,000-square-foot building, currently in the final stages of design that will be built by 2010. The building will house core instructional and laboratory area and complement the existing Nano3 facility at the UCSD division of the California Institute of Telecommunications and Information Technology (Calit2). The Nano3 facility provides an advanced cleanroom environment to UCSD researchers investigating nanoengineering, nanomedicine, and nanoscience.
The grassroots creation of the Department of NanoEngineering is an outgrowth of the strong tradition of “shared governance” of three branches: the Board of Regents, the administration, and the Academic Senate. This governance style of mutual helpfulness and collaboration in effect on all 10 UC campuses was invented by the University of California in the 1920s and has been credited with enabling the UC system to continually renew itself and do great things.
The growing commitment to nanoscience and nanotechnology at the Jacobs School and UC San Diego is part of a pioneering visionary approach to embrace promising new areas of study. For example, the Jacobs School established the first Department of Structural Engineering and one of the first Bioengineering departments in the nation. UCSD's Scripps Institution of Oceanography developed the nation's first curriculum in oceanography. The university also founded the first department of cognitive science in the world, underscoring its prowess in the scientific study of the nervous system. UCSD also has the nation’s only international affairs school--the Graduate School of International Relations & Pacific Studies--to focus exclusively on the dynamic Pacific Rim basin.
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