The Atlantic Nano Forum presents

Nanoscale Sensors and Batteries

with a presentation from
Steve Simon, Executive Vice President, Engineering, Research and Development, mPhase Technologies.

Date: Thursday, June 30, 2005
Time: Registration begins at 4:00 PM; program begins at 4:30 PM
Cost: Attendance is free
Location: Buchanan Ingersoll PC, including the attorneys of

Burns Doane Swecker & Mathis LLP

Suite 500, 1737 King Street, Alexandria, Virginia 22314
Click here for directions, or visit www.burnsdoane.com/alex.html
Info: For more information, send mail to nano@burnsdoane.com
Registration: Please register using the RSVP link, or send an email to nano@burnsdoane.com.

Panelist
Steve Simon, Executive Vice President, Engineering, Research and Development, mPhase Technologies.

Mr. Simon joined mPhase in 2003, bringing with him over nineteen years of proven experience in developing leading-edge networking products. Previously, he served in engineering management and emerging technology development positions within Lucent Technologies Bell Labs and AT&T Labs.

Nano scale structures and MEMS technology are known to provide unique properties. mPhase Technologies, in collaboration with Bell Labs, has been able to focus these technologies into a unique power source as well as a sensor, that when available as commercial building blocks, will provide technical features not easily achievable when building sensor networks using conventional approaches.

By applying novel techniques and processes to etching silicon structures, new devices can be designed using tools that have been developed for the semiconductor industry. Steve Simon, EVP of Research and Development for mPhase Technologies, a New Jersey based company, will describe a collaboration effort with Bell Labs, to build a series of nano scale reserved batteries having properties such as very long shelf life, high power and energy densities and characteristic that allow for the design of integrated power systems for lab on the chip devices not possible with convention battery technology. A second application will be described which uses the unique properties of silicon to design an ultra sensitive, uncooled magnetometer that potentially has properties that are 100x to 1000x times greater than conventional sensors. These would be capable of being used in a wide variety of applications. By ultimately combining the battery and sensor technologies into an integrated device, lower cost sensor networks can be developed.

For more information, please visit http://www.mphasetech.com/nanotechnology.htm.

Agenda
4:00 – 4:25 Refreshments, registration
4:25 – 4:30 Introduction
4:30 – 5:30 Presentation by Mr. Simon, followed by Q&A

About the Emerging Tech Forum
The forum features monthly presentations by eminent nanotechnologists and provides educational, networking, and business opportunities to those interested in this emerging field. The attendees include patent examiners, CTOs, researchers, policy makers, federal and state government employees, venture capitalists, entrepreneurs and industry executives.

Future Events
Future meetings are also planned for Nano Medicine, Nano Electronics, Nano Investing, Sources of government funding for emerging technologies.

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