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A megadollar grant funds a nanoscience institute Fred Kavli
and the Kavli Foundation have awarded a $7.5 million grant to create a
new institute at Caltech for research in the emerging field of nanoscience. Caltech’s
Kavli Nanoscience Institute (KNI) will be founded as a “lasting
center dedicated to defining research frontiers and establishing new scientific
directions in nanoscience,” says David Baltimore, president of Caltech.
“This generous award allows us to solidify a plan that we have been
considering for some time—one based on our strengths and on the
future direction of science.” Nanoscience,
in its broadest definition, involves the underlying physical principles
that govern the function of devices measuring less than a billionth of
a meter. The purpose
of the KNI will be to foster innovative research at the frontiers of nanoscale
science and engineering with an emphasis on efforts to transcend traditional
disciplinary boundaries; to create new research opportunities that will
attract the best researchers and students worldwide; and to support the
cross-disciplinary community through significant infrastructure investment
and renewal. Michael Roukes,
Caltech professor of physics, applied physics, and bioengineering,
has been named the founding director of the institute. “The primary
emphases of the KNI will be on nano-biotechnology, which merges nanodevice
engineering with the molecular and cellular machinery of living systems,
and nanophotonics, which employs new materials technology and nanofabrica-tion
processes to develop novel devices such as optically active waveguides
and microlasers,” Roukes says. “Central to both of these endeavors
is large-scale integration of nanosystems, which will be enabled by the
new facilities that we are constructing.” Caltech has
had an ongoing interest and presence in nanoscience and nanotechnology—or
the engineering of such devices—and, in fact, one of the Institute’s
most renowned researchers is credited with the origin of the concept. In 1959,
Caltech physicist Richard Feynman gave a now-famous lecture titled “There’s
Plenty of Room at the Bottom,” in which he mapped out possibilities
for extremely small devices, consistent with the principles of quantum
mechanics. Since that time, research at Caltech and other institutions
has led to discoveries that are bringing about a realization of Feynman’s
vision. The KNI will
involve many researchers, spanning five of Caltech’s six academic
divisions—biology; chemistry and chemical engineering; engineering
and applied science; geological and planetary sciences; and physics, mathematics
and astronomy. Its governing board consists of faculty drawn from this
community. The KNI’s facilities will include centralized nanofabrication
clean rooms, a suite of “research incubation” laboratories
for highly interactive, cross-disciplinary research projects; and offices
and conference facilities. The nanofabrication
facilities will include a nanofluidics foundry, state- Based in
Oxnard, California, the Kavli Foundation was created in December 2000
by Fred Kavli to advance science for the benefit of humanity and to promote
public understanding of and support for scientists and their work. The
foundation focuses its efforts on the areas of cosmology, life sciences
(emphasizing the nature and evolution of life and the human being), and
nano-technology (with initial emphasis on nanobiotechnology). Fred Kavli
is the founder, former chairman, and CEO of the Kavlico Corporation. Based
in Moorpark, California, the company is one of the world’s largest
suppliers of sensors for aeronautics, automotive, and industrial applications.
Kavli led the firm to prominence before selling it in 2001, and he subsequently
established the Kavli Foundation and its sister organization, the Kavli
Operating Institute, which supports research to benefit humanity. For further
information, visit the KNI website at http://kni.caltech.edu,
or contact Professor Michael Roukes at roukes@caltech.edu.
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