Technology Stocks | Microvision (MVIS)


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To: Rob who wrote (5672)4/22/2003 1:01:04 AM
From: Ronald Kronemann   of 7340
 
Rob, thanks for the info. This explains todays weak performance of the stock.

BUT

It is nothing new!!!

When the PR bomb from Dow Newswire hit us a few weeks ago it already mentioned the need for additional Lumera money later this year.

I still feel confident that we will see sufficient financing for Lumera to survive especially after the military experience in Iraq where they had data transmission from the battlefield to the generals which was EXPONENTIALLY higher than during the gulf war.

And this needs phased-array radar and antenna systems like Lumera is developing.

Maybe we will see another opportunity for shares below 4$ or even below 3$ (I definitely hope NOT).

Best regards from Germany
Ronald

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To: Ronald Kronemann who wrote (5673)4/24/2003 8:14:49 PM
From: dwight martin   of 7340
 
PHYSICS NEWS UPDATE
The American Institute of Physics Bulletin of Physics News
Number 634 April 23, 2003 by Phillip F. Schewe, Ben Stein, and James
Riordon

SHOCKING COLOR EFFECTS. A photonic crystal is a lattice of structures
(sometimes an arrangement of rods or a solid filled with a pattern of holes)
with a periodic alteration in the index of refraction. In such a material
waves with only a select band of frequencies may propagate successfully.
Other frequencies are forbidden. What happens, though, when a shock wave
moves through the lattice, momentarily compressing or expanding the
characteristic spacings? A new "computational experiment" (detailed
computer simulation) provides an intriguing answer. Evan J. Reed, Marin
Soljacic, and John Joannopoulos at MIT determine that a light beam moving in
a shock-modified photonic crystal will undergo two unexpected changes: a
Doppler shifting hundreds or even 10,000 times bigger than usual and a
bandwidth narrowing. There are plenty of phenomena that can broaden a
signal's bandwidth but none yet known that would narrow the bandwidth of an
arbitrary signal in this way (and by factors of 4 or more). As for the
Doppler shift (a change in the frequency of the light owing to its
reflection from a moving target), the light reflecting from the shock wave
can be "up converted" (e.g., turned from red light into green light) with
an efficiency that should match or exceed the up conversions achieved with
nonlinear optical materials. Furthermore, the shock conversion process is
tunable and independent of light intensity.
According to Evan Reed (evan@mit.edu, 617-253-5482) the MIT research should
generate great surprise and interest among those who work with photonic
crystals. The next step will be to implement the computational results in
the laboratory with samples and actual shock waves, although for the sake of
eventual commercial applications (frequency conversion and signal
modulation) future modifications in photonic crystals will not have to be
initiated with guns or laser pulses but with less destructive acousto-optic
effects. The photonic-crystal modulations might even be actuated with some
kind of MEMS (microelectromechanical systems) device. (Reed et al.,
Physical Review Letters, upcoming article; website ab-initio.mit.edu 
)

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To: dwight martin who wrote (5674)5/1/2003 3:06:37 PM
From: dennym7   of 7340
 
Anyone:Is This Relevant to MVIS??IBM Scientists Create World's Smallest Solid-state Light Emitter; Pioneering New Applications for Carbon Nanotubes

Businesswire, Thursday, May 01, 2003 at 14:00


YORKTOWN HEIGHTS, N.Y., May 1, 2003 (BUSINESS WIRE) -- IBM today announced it created the world's smallest solid-state light emitter. This research breakthrough - the first, electrically-controlled, single-molecule light emitter - demonstrates the rapidly improving understanding of molecular devices.

The results also suggest that the unique attributes of carbon nanotubes may be applicable to optoelectronics, which is the basis for the high-speed communications industry.

IBM's previous work on the electrical properties of carbon nanotubes has helped establish carbon nanotubes as a top candidate to replace silicon when current chip features can't be made any smaller. Carbon nanotubes are tube-shaped molecules that are 50,000 times thinner than an average human hair. IBM scientists expect today's achievement to spark additional research and interest in the use of carbon nanotubes in nanoscale electronic and photonic (light-based) devices."By further understanding the electrical properties of carbon nanotubes through their light emission, IBM is accelerating the development path for their electronic applications, as well as possible optical applications,"said Dr. Phaedon Avouris, manager of nanoscale science, IBM Research."Nanotube light emitters have the potential to be built in arrays or integrated with carbon nanotube or silicon electronic components, opening new possibilities in electronics and optoelectronics."IBM's research team detected light with a wavelength of 1.5 micrometers, which is particularly valuable because it is the wavelength widely used in optical communications. Nanotubes with different diameters could generate light with different wavelengths used in other applications.

How IBM created the world's smallest, solid-state light emitter

IBM's light emitter is a single nanotube, 1.4 nanometers in diameter, configured into a three-terminal transistor. As in a conventional semiconductor transistor, applying a low voltage to the transistor's gate switches current passing between opposite ends of the nanotube (the device's source and drain).

Building on their previous research, IBM scientists engineered the device to be"ambipolar", so they could simultaneously inject negative charges (electrons) from a source electrode and positive charges (holes) from a drain electrode into a single carbon nanotube. When the electrons and holes meet in the nanotube, they neutralize each other and generate light.

Because it is a transistor, IBM's light emitter can be switched on and off depending on the voltage applied to the gate of the device. Electrical control of the light emission of individual nanotubes allows detailed investigations of the optical physics of these unique one-dimensional materials. IBM researchers compared the detail characteristics of the emitted light with theoretical predictions to prove that the light was created by the electron-hole recombination mechanism.

While optical emission from individual molecules has been measured before, that light emission was induced by laser irradiation of samples of molecules. In the case of carbon nanotubes, light emission from a collection of large numbers of nanotubes suspended in a liquid irradiated with a laser has been reported previously.

The report on this work"Induced Optical Emission from a Carbon Nanotube FET"by J.A. Misewich, R. Martel, Ph. Avouris, J.C. Tsang, S. Heinze, and J. Tersoff of IBM's T.J. Watson Research Center in Yorktown Heights, N.Y. is published in the May 2 issue of Science. For a copy of the full manuscript, please email scipak@aaas.org or call (202) 326-6440 and request paper number 15 in the May 2 issue.

IBM Research has been a nanotechnology pioneer for more than 20 years. Today's achievement builds on a series of major research breakthroughs by IBM scientists using carbon nanotubes (CNTs) to make tiny electronic devices. Last May, IBM created the highest performing nanotubes transistors to date and showed that CNTs can outperform the leading contemporary silicon transistor prototypes. In August 2001, IBM demonstrated the world's first logic-performing computer circuit based on a single carbon nanotube. In April 2001, IBM became the first to develop a groundbreaking technique to produce arrays of CNT transistors, bypassing the need to meticulously separate metallic and semiconducting nanotubes.

Additional information

For related images and animations: domino.watson.ibm.com 

For more information about IBM's nanotechnology research projects: research.ibm.com 

SOURCE: IBM

CONTACT: IBM

My Luu, 914/945-2988

myluu@us.ibm.com

URL: businesswire.com 

Today's News On The Net - Business Wire's full file on the Internet

with Hyperlinks to your home page.

Copyright (C) 2003 Business Wire. All rights reserved.

SOURCE Businesswire

05/01/2003

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To: dennym7 who wrote (5675)5/5/2003 9:36:18 AM
From: vpelt   of 7340
 
U.S. Army Adds $1.6 Million to Microvision Development Contract for Wearable Displays for Mobile Medics; Company to Deliver Prototype Demonstration Unit

BOTHELL, Wash.--(BUSINESS WIRE)--May 5, 2003--Microvision, Inc. (Nasdaq:MVIS), a leader in light scanning technologies, today announced that it has been awarded a $1.6 million addition to an existing development contract from the U.S. Army's Medical Research and Material Command (USAMRMC), Telemedicine and Advanced Technology Research Center (TATRC).

The contract funds the continued development of a mobile, personal display system for medical applications. The company anticipates delivering its first prototype demonstration units by the end of the year. Microvision was first awarded a $3.3 million contract in December of 2001 and its first contract addition of $1.1 million in August of 2002.

The contract supports the Army's development of a mobile medical system that enables military surgical personnel and medics to access and transmit critical medical data via a head-worn display, wearable computer, and wireless network. Under the contract, Microvision is to design, integrate, and test a head-worn, mobile Augmented Vision System based on its unique scanned beam display technology to meet the Army's medical system specification.

"Microvision expects to deliver a prototype of a unique and powerful wearable display that demonstrates how our products can enhance safety and effectiveness in this critical aspect of military operations," said Rick Rutkowski, Microvision's CEO. "We look forward to working with TATRC to test prototypes in field situations which we believe will demonstrate the full range of the display's potential to address the future of battlefield medicine."

"We are excited about our expanding role with the Army and appreciate the support we have received from Congress, particularly the Washington delegation and their support of this program. Their support of this technology will pay real dividends for our men and women in uniform."

Mr. Rutkowski added, "our expectation has been, and continues to be, that this effort will help pave the way for subsequent additions to the Nomad product line that will feature enhancements in overall ergonomic design, form factor, and performance; enhancements that we believe will benefit a variety of military, medical, aviation and industrial applications."

About Microvision

Headquartered in Bothell, Wash., Microvision Inc. is the developer of a patented retinal scanning display technology and a world leader in micro miniature optical scanning technology for display and imaging applications. The company's technology has applications in a broad range of military, medical, industrial, professional and consumer information products.

U.S. Army Policy

This release refers to U.S. Army Award Number DAMD17-02-2-0005. The U.S. Army Medical Research Acquisition Activity, 820 Chandler Street, Fort Detrick MD 21702-5014 is the awarding and administering acquisition office. The content does not necessarily reflect the position or the policy of the Government; and no official endorsement should be inferred.

Forward Looking Statement Disclaimer

Certain statements contained in this release, including those relating to product development, potential performance, product applications and enhancements, as well as statements containing words like "believe," "expect," and other similar expressions, are forward-looking statements that involve a number of risks and uncertainties. Factors that could cause actual results to differ materially from those projected in the company's forward-looking statements include the following: market acceptance of our technologies and products; our ability to obtain financing; our financial and technical resources relative to those of our competitors; our ability to keep up with rapid technological change; government regulation of our technologies; our ability to enforce our intellectual property rights and protect our proprietary technologies; the ability to obtain additional contract awards and to develop partnership opportunities; the timing of commercial product launches; the ability to achieve key technical milestones in key products; and other risk factors identified from time to time in the company's SEC reports, including in its Annual Report on 10-K for the year ended December 31, 2002 and its Quarterly Reports on Form 10-Q.


CONTACT: Microvision, Inc. Matt Nichols, 425/415-6657 (Media)
Brian Heagler, 425/415-6794 (Investors)

SOURCE: Microvision, Inc.

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To: vpelt who wrote (5676)5/5/2003 9:52:02 AM
From: vpelt   of 7340
 
Proxy filed last week with SEC. Link at end of post to whole filing.

2 main issues raised with this; 1) increasing authorized shares to 100,000,000 and, 2) switching from Washington to Delaware incorporation.

Q: Why is the Company increasing the number of shares of authorized common stock to 100,000,000?

A: While the Company does not have any specific plans to issue additional shares of capital stock, the Board of Directors believes that it is desirable to have available a substantial number of authorized but unissued shares of common stock that may be issued from time to time to support the Company's long term growth plan and to meet the full range of the Company's capital needs for the foreseeable future, to take advantage of acquisition opportunities, to provide for stock splits or stock dividends, to provide for stock options and other equity incentives due to future growth, and for other general corporate purposes. As of April 15, 2003, the Company had approximately 3.6 million shares of common stock remaining available for issuance after reserves for options and warrants outstanding and available authorized options.


I wasn't planning to go to this years ASM but now have arranged to take time off to go if not satisfied with this weeks Conference Call. My next post will have information on the CC.

MICROVISION INC filed this DEF 14A on 04/30/2003

ccbn.tenkwizard.com 

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To: vpelt who wrote (5677)5/5/2003 9:52:41 AM
From: vpelt   of 7340
 
BOTHELL, Wash.--(BUSINESS WIRE)--April 30, 2003--Microvision (Nasdaq:MVIS) has scheduled a conference call on Thursday, May 8, 2003 at 4:30 p.m. (ET) to announce its first quarter 2003 financial results.


Date: Thursday, May 8, 2003
Time: 4:30 p.m. ET; 1:30 p.m. PT
Call in number: Domestic: 800/309-9175
International: 706/634-1455

To listen via the telephone please dial-in approximately ten minutes prior to the starting time of the call.

Additionally, the call will be broadcast over the Internet and can be accessed from the company's web site at www.microvision.com. A telephone replay of the call will be available through 11:00 p.m. ET May 15, 2003 and can be accessed by dialing 800/642-1687 (for U.S. participants) or 706/645-9291 (for international participants). The confirmation identification code is 9969287. Also, a replay of the conference call will be available on the company's web site.

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To: vpelt who wrote (5678)5/5/2003 10:47:47 AM
From: dennym7   of 7340
 
Redundant message deleted.

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To: vpelt who wrote (5677)5/5/2003 2:38:46 PM
From: JDN   of 7340
 
Dear Vpelt: well, in case you didnt know, Deleware has MUCH more CORPORATE PROTECTION FROM SHAREHOLDERS then most states. So far in the YEARS I have owned this stock all I have seen is protypes and stock offerings to fund them. I am beginning to wonder if these people have what it takes to really RUN a company for a profit. Possibly they are just a bunch of mad scientists dabbling in gee whiz stuff for their pleasure and our capital. jdn

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To: JDN who wrote (5680)5/6/2003 12:42:14 AM
From: vpelt   of 7340
 
JDN,

...Deleware has MUCH more CORPORATE PROTECTION FROM SHAREHOLDERS then most states...

Yeah, I'm aware of that aspect which adds to mine and many others' interest in what and how management addresses this in the CC on Thursday and the ASM in June.

Gotta wonder about [Chairman] Lack's buying last summer at $10 or so, in relationship to this proposal he's gotta be supporting.

Also have to see what else the company announces to set the tone. Have to believe today was the first of several.

vpelt

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To: vpelt who wrote (5681)5/6/2003 7:04:51 AM
From: JDN   of 7340
 
Dear Vpelt: Well, I got just one question, "WHERES THE BEEF". (gg) JDN

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