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Winners of Keithley Instruments Nanotech Measurement Contest Share $5000 in Cash Prizes for Innovative Test Techniques.


CLEVELAND -- Keithley Instruments Keithley Instruments (NYSE: KEI) is a measurement and instrument company headquartered in Solon, Ohio. Keithley develops, manufactures, markets and sells highly accurate instruments and data acquisition products, as well as complete system solutions for high-volume production , Inc. (NYSE NYSE

See: New York Stock Exchange
:KEI), a leader in solutions for emerging measurement needs, announces the winners of its Nanotechnology Test & Measurement Applications Contest. Keithley teamed up with the editors of R&D Magazine, who selected three winners amongst entries that were received from as far away as Singapore. First place ($2500) has been awarded to Dr. Simon Prussin and Jason Reyes of the UCLA UCLA University of California at Los Angeles
UCLA University Center for Learning Assistance (Illinois State University)
UCLA University of Carrollton, TX and Lower Addison, TX
 Dept. of Electrical Engineering electrical engineering: see engineering.
electrical engineering

Branch of engineering concerned with the practical applications of electricity in all its forms, including those of electronics.
, second place ($1500) to Rahul Gupta of the University of Delaware [3] The student body at the University of Delaware is largely an undergraduate population. Delaware students have a great deal of access to work and internship opportunities.  (Newark), and third place ($1000) to Ryan Major and David Vodnick of Hysitron, Inc. in Minneapolis. The contest objective was to foster development and propagation of improved test techniques to advance nanotech measurement art. Researchers who submitted entries are making complex and advanced measurements for applications as diverse as characterization of carbon nanotubes, electrical contact Noun 1. electrical contact - contact that allows current to pass from one conductor to another
tangency, contact - (electronics) a junction where things (as two electrical conductors) touch or are in physical contact; "they forget to solder the contacts"
 resistance, electrode spacing via atomic layer deposition A semiconductor manufacturing technique that deposits a single layer on a chip that is only one atom or one molecule thick. As elements on a chip decreased to below 100 nm, this essential technology for making the chip ever smaller became commercial after the turn of the 21st century. , characterization of semiconductor junctions, and studies of nanoscale electrochemical electrochemical /elec·tro·chem·i·cal/ (-kem´i-k'l) pertaining to interaction or interconversion of chemical and electrical energies.

e·lec·tro·chem·i·cal
adj.
 modification in electronic devices.

Each entry was evaluated by the R&D Magazine editorial staff based on four criteria:

1. Did it advance the state of the art in nanotech testing?

2. Was it an advance over earlier test methods?

3. What level of accuracy did the solution provide?

4. What test time was required for making the measurement?

The three innovative test techniques submitted by the contest winners are:

First Place ($2500) - Rapid, accurate, and non-destructive measurements of resistivity resistivity

Electrical resistance of a conductor of unit cross-sectional area and unit length. The resistivity of a conductor depends on its composition and its temperature.
 and activated dopant dopant

Any impurity added to a semiconductor to modify its electrical conductivity. The most common semiconductors, silicon and germanium, form crystalline lattices in which each atom shares electrons with four neighbours (see bonding).
 profiles in ultra shallow junctions (down to approximately 3 angstroms, or one atomic layer of silicon) by Dr. Simon Prussin and Jason Reyes of the UCLA Dept. of Electrical Engineering.

Second Place ($1500) - Measurement and control of nanoamp level currents in the formation of nanoscale device electrodes (spacing in the 1-10nm range) using atomic layer deposition by Rahul Gupta of the University of Delaware (Newark).

Third Place ($1000) - In-situ I-V I-V Current/Voltage  and electrical contact resistance measurements, providing time-based correlation with other measurements on nanoscale devices, such as force and displacement during controlled load or displacement conditions by Ryan Major and David Vodnick of Hysitron, Inc., Minneapolis.

The contest encouraged researchers and development engineers to share electrical measurement techniques that will help the industry at large grapple with significant challenges in miniaturization min·i·a·tur·ize  
tr.v. min·i·a·tur·ized, min·i·a·tur·iz·ing, min·i·a·tur·iz·es
To plan or make on a greatly reduced scale.



min
 and nanotechnology. Electrical measurements play a pivotal role in developing new materials and devices - even those not intended for electronic applications. All the contest entrants have developed improved techniques to help overcome nanotech research measurement problems.

Keithley Instruments is the world leader in the creation of electrical measurement solutions for nanotechnology. This important new area of research promises significant advances in electronics, materials, biotechnology, alternative energy sources, and dozens of other applications. With their unequalled performance, Keithley measurement tools enable nanotechnology researchers to observe phenomena that were impossible just a few years ago.

Unlocking secrets at the nanoscale level is accelerating the transition from nanotech research labs to commercial production.

For More Information. For an overview of Keithley products used in nanotechnology measurement applications, and a free copy of the brochure "Discover Today's Solutions for Tomorrow's Nano-Characterization Challenges," visit www.keithley.com/nano. For information on other Keithley products and services, contact the company at:
Telephone:  <
800-688-9951
            <
440-248-0400
FAX:        <
440-248-6168
E-mail:     <
publisher@keithley.com
Internet:   <
www.keithley.com
Address:    <
Keithley Instruments, Inc.
            <
28775 Aurora Road
            <
Cleveland, OH 44139-1891


About Keithley. With more than 60 years of measurement expertise, Keithley Instruments has become a world leader in advanced electrical test instruments and systems from DC to RF (radio frequency). Our products solve emerging measurement needs in production testing, process monitoring, product development, and research. Our customers are scientists and engineers in the worldwide electronics industry involved with advanced materials research, semiconductor device development and fabrication fabrication (fab´rikā´shn),
n the construction or making of a restoration.
, and the production of end products such as portable wireless devices. The value we provide them is a combination of precision measurement technology and a rich understanding of their applications to improve the quality of their products and reduce their cost of test.

Products and company names listed are trademarks or trade names of their respective companies.
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No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2007, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Publication:Business Wire
Date:Feb 13, 2007
Words:665
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