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The
technology showcase was intended to introduce the audience
to the technical services, technologies, advanced user-facilities,
and collaborative research opportunities at the National Institute
of Standards and Technologies (NIST), a key component of the
nation’s infrastructure for innovation. The topic of
this showcase event is Nanoelectronics, Nanofabrication and
Nanometrology.
The pursuit of nanotechnology—chips, sensors, pumps,
gears, lasers, novel materials, and an unending assortment
of other useful “things” with features on the
scale between one-billionth of a meter (about 10 hydrogen
atoms across) and 100-billionths of a meter—is driving
science and engineering to extremes. At NIST, the quest to
design, manipulate, manufacture, and assemble at the molecular
and atomic levels translates into delivering on measurement
needs. NIST laboratories strive to develop and deliver timely
measurements, standards, and infrastructural technologies
that address critical U.S. industry and other government agency
needs for innovation and traceable metrology, process-control
and quality in manufacturing at the nanoscale.
Tech
Transfer Showcase Presentations |
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How
to Work With NIST
Promoting
U.S. Innovation and Industrial Competitiveness
.ppt
video
Dr. George Arnold, Deputy Director, Technology Services
Technology
Innovation Program .ppt
video
Marc Stanley, Director, Technology Innovation Program
Manufacturing
Extension Partnership .ppt
video
Roger Kilmer, Director, Manufacturing Extension Partnership
Patents
/Licenses/CRADAs .ppt
video
Paul Zielinski, Chief, Office of Technology Partnerships
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Sampling
of Nanotechnology Research at NIST
Nanotechnology
Research and Development at NIST .ppt
video
Dr. Robert Celotta, Director for Nanoscale Science
and Technology
Nanotechnology
in Building and Construction .ppt
video
Dr. Joannie W. Chin, Leader, Polymeric Materials Group
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Technical
Session I
Self-Assembled Monolayer Based Silver Switches
.ppt
video
Dr. Jim Kushmerick
• Low cost nanoscale switches with ~ 25 nm2 device
area
• Huge on off ratio and over a million cycles
to device failure Solution
Processed Titanium Dioxide Memory Devices on Flexible
Plastic Surfaces .ppt
video
Dr. Nadine Gergel-Hackett
• Electronic memory on inexpensive flexible
plastic sheets
• Reduces expense, weight, and required power
• Applications for sensors, cameras, electronic
paper, and flexible displays
Superconformal
Film Growth for ULSI and MEMS .ppt
video
Dr. Tom Moffat
• Nanomaterial films
• Build interconnected 3D structures that integrate
with CMOS (complimentary metal oxide semiconductors)
and MEMS
• New avenues for device manufacture
Advanced
Materials for Spin-Based Electronic .ppt
video
Dr. Joshua Pomeroy
• Combination of materials for products with
new properties
• Applications for hard drives and hard drive
sensors
Centrifugal
Length Sorting of Carbon Nanotubes .ppt
video
Dr. Jeffrey Fagan
• Nanotubes come in many lengths
• Sorting allows access to improved properties,
and the ability to produce different grades of material
• Cells respond differently depending on the
nanotube size
• Applications include conductive coatings,
ultra-capacitors, flexible electronics, solar cells,
medical sensors and batteries.
Grit
Shear Length Sorting of Nanotubes .ppt
video
Dr. John Marino
• Combines processing & separation steps
to reduce time and material cost.
• Employs ‘green’ aqueous chemistries,
are closed-cycle, and generate minimal waste.
• Technically and economically adaptable for
large scale manufacturing.
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Technical Session II Single
Molecule Mass Spectrometry Using A Nanopore
.ppt
video
Dr. John Kasianowicz
• High throughput screening of therapeutic agents
against biowarfare agents (e.g., anthrax)
• Single molecule mass spectrometry of unlabeled
particles in solution
• Health care and systems biology applications
Characterization
of Delivery Systems for Nanomedicine .ppt
video
Dr. John Dagata
• Optimize formulation of nanoparticle delivery
systems during drug discovery and development
• Assure manufacturability and potency in clinical
trials
Novel
Fabrication Methods for Functional Nanostructures
.ppt
video
Dr. John Dagata
• Applications for nanoelectronics and nanomechanics
• Photonic wave guides
• Biochips
• Fabrication of MRI phantoms
Scatterfield
Imaging .ppt
video
Dr. Rick Silver
• Optical methods to determine feature size/dimensions
for structures as small as 10 nm in size and pitch
values below 100 nm using light in range of 193 nm
to 400 nm.
• Advances in instrument design/alignment enabling
significant progress in experiment-to-theory agreement
for measurements on features 1/20th the wavelength
in size.
• Sophisticated engineering of illumination
fields combined with physics-based electromagnetic
scattering simulations to analyze data.
Orthogonal
Tracking Microscope .ppt
video
Dr. Alex Liddle
• Reduction of the problem of 3D tracking of
particles to the problem of 2D tracking twice
• Greater accuracy of images
• Application to self-assembly of nanostructures |
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Special
Presentation:
Nanofabrication User Facilities .ppt
video
Dr. Alex Liddle
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