XsunX, Inc. is developing Power Glass™ – an innovative thin film solar energy technology that allows glass windows to produce electricity from the power of the sun. XsunX is leveraging its portfolio of patents, and developing new technologies, to commercialize Power Glass™ technology as the solution for integrating renewable power generating properties onto millions of square feet of modern architectural glass and building facades.
XsunX believes that Power Glass™ technology can provide an ideal solution for the wide scale integration of real energy producing products into living and working environments – all without causing disruptive and costly changes to lifestyles.
The Business
XsunX believes that the integration of alternative energy producing technologies into our environments will be part of an inevitable progression of the development of new energy sources for the next century as the world creates a new energy economy based on clean and renewable energy sources.
Our Markets
The Company's management believes that one of the primary markets for XsunX Power Glass™ technology will be the makers and fabricators of glass. In today’s, highly competitive, multi-billion dollar glass industry, the advantages of XsunX transparent solar cell technology is not only quite clear, but also highly anticipated. This is especially true in the market for architectural glass, which is a very large industry, generating worldwide revenues in the hundreds of billions of dollars.
Our Strategy
The Company's strategy is to complete the development and commercialization of its Power Glass™ process, and then enter into licensing relationships with channel partners who will manufacture and distribute products made with XsunX solar electric glass technology.
XsunX technology, applied to the already quite large and established glass and building industries, will enable solar energy-production to enter mainstream markets because it can readily become integral to the designs of buildings. Builders and manufacturers of building products already use glass, plastic and other materials, so they may be especially attracted to the economic and marketing benefits of using the same materials to produce electrical energy while continuing to function as window or display surfaces.
XsunX intends to be a technology leader in the field of building integrated photovoltaics (BIPV).
The Opportunity
Energy Everywhere
With enough energy from the sun reaching our planet every minute to supply the world’s energy needs for a whole year, the solution to our ever increasing energy demands is all around us in the form of sunlight. Developing technology to capture and convert as much of the sun’s energy into usable electrical energy is the business of XsunX. The result is Power Glass™ technology.
XsunX Vision
XsunX believes that the wide scale use of architectural glass as a power-generating platform to provide a break-through technological application innovation will make solar energy economically feasible and provide an opportunity for the solar energy market to explode.
XsunX Mission
XsunX intends to maximize shareholder value by being the recognized leader in the Building Integrated Photovoltaics industry. The Company aims to commercialize the XsunX Power Glass™ solar cell structure and manufacturing process as a competitive alternative to non-energy producing coatings and glazing for applications in the worldwide architectural glass, optical film, and plastics markets.
Management and Advisory Team
Tom M. Djokovich, President and Chief Executive Officer, Director
Mr. Djokovich was the founder and served from 1995 to 2002 as the Chief Executive Officer of Accesspoint Corporation, a vertically integrated provider of electronic transaction processing and e-business solutions for merchants. Under Mr. Djokovich's guidance, Accesspoint became a member of the Visa/MasterCard association, the national check processing association NACHA, and developed one of the payment industry's most diverse set of network based transaction processing, business management and CRM systems for both Internet and conventional points of sale. Prior to Accesspoint, Mr. Djokovich founded TMD Construction and Development in 1979. TMD provided management for multimillion-dollar projects incorporating at times hundreds of employees, subcontractors and international material acquisitions for commercial, industrial and custom residential construction services as a licensed building firm in California. In 1995 Mr. Djokovich developed an early Internet based business-to-business ordering system for the construction industry. Mr. Djokovich also currently serves as a Director and Chairman of the Audit Committee for Roaming Messenger, Inc., a publicly reporting company that provides a breakthrough software solution for delivering real-time actionable information for Homeland Security, emergency response, military and enterprise applications.
Dr. Arun Madan, Chairman Scientific Advisory Board Dr. Madan is a Research Professor in the Department of Metallurgical and Materials Engineering at The Colorado School of Mines, President of MVSystems Inc. and an adjunct at The University of Waterloo, Canada. He became one of the originators of Amorphous Silicon technologies in 1970 and fabricated the first TFT (thin film transistor) as part of his Ph.D thesis. With over 30 years of leading edge scientific accomplishments he has published well over one hundred scientific papers, published a text book now in use at several universities and holds fourteen patents on thin film semiconductor technology as well as advanced vacuum semiconductor deposition systems. In addition to his recognized leadership in the fields of thin film semiconductors and solar cells, he is the founder of two firms, Glasstech Solar Inc. in 1985 and MVSystems, Inc. in 1989. As founder of these firms he has gained over twenty years of international business, marketing and management experience successfully establishing technology sales exceeding $150 million dollars. Leveraging his extensive scientific, business and leadership capabilities he has led teams of scientists/engineers in multi-disciplinary programs providing contract research and development work for a multitude of domestic and international agencies and firms including the National Renewable Energy Laboratory (USA), BP-Solar (USA), Shell (The Netherlands), Kovio (USA), Zettacore (USA), QinetiQ (UK), ENEA (Italy) and Pacific Solar (Australia) etc.. Dr Madan received his Ph.D. - Physics from the University of Dundee, Scotland.
Dr. John Moore, Member Scientific Advisory Board
Dr. John J. Moore is a Materials Scientist who holds the position of Trustees' Professor and Head of Department of Metallurgical and Materials Engineering at the Colorado School of Mines. Dr. Moore is also Director of the interdisciplinary graduate program in Materials Science and Director of the Advanced Coatings and Surface Engineering Laboratory, ACSEL, at the Colorado School of Mines in Golden. Dr. Moore established the Advanced Coatings and Surface Engineering Laboratory (ACSEL) at the Colorado School of Mines in 1994. The main objective of ACSEL is to perform fundamental research in advanced PVD and CVD systems that will aid the U.S. thin films, coatings and surface engineering industry. ACSEL is a national and international leader in research on advanced coatings, surface engineering and thin film processing. Dr. Moore was awarded a B.Sc. in Materials Science and Engineering from the University of Surrey, UK, in 1966, a Ph.D. in Industrial Metallurgy from the University of Birmingham, UK, in 1969, and a D.Eng. from the School of Materials of the University of Birmingham, UK, in 1996.
Dr. Arokia Nathan, Member Scientific Advisory Board
Arokia Nathan (SM) is a Professor in Electrical and Computer Engineering, University of Waterloo, and holds the Canada Research Chair in Nanoscale Elastic Circuits. He is also the chief technology officer of Ignis Innovation Inc., Waterloo, Canada, a company he founded to commercialize technology on thin film silicon backplanes and driving algorithms for active matrix organic light emitting diode displays. Dr. Nathan has extensive experience in device physics and modeling, and materials processing and integration. He has published extensively in the field of sensor technology and CAD, and thin film transistor electronics, and has over 15 patents filed/awarded. He is a co-author of two books, Microtransducer CAD and CCD Image Sensors in Deep-Ultraviole t. He is a Senior Member of the IEEE and a member of the American Physical Society, Electrochemical Society, Materials Research Society, Society for Information Displays, International Society for Optical Engineering, and the Institute of Electrical Engineers (UK). He chairs the 2005 IEEE Lasers and Electro-Optics Society Technical Committee on Displays and the Displays Sub-Committee in both 2004 and 2005. He serves as co-chair of the Fall 2005 Materials Research Society Symposium M: Flexible and Printed Electronics, Photonics, and Biomaterials, and is currently a Guest Editor for a Special Issue on Flexible Electronics Technology in IEEE Proceedings. He received his PhD in Electrical Engineering from the University of Alberta, Edmonton, Alberta, Canada, in 1988.
Dr. Richard Rocheleau, Member Scientific Advisory Board
Dr. Rocheleau is the director of the Hawaii Natural Energy Institute (HNEI) of the University of Hawaii designated as a US Department of Energy Center of Excellence. At HNEI Dr. Rocheleau has established the HNEI Thin Films Laboratory and developed a research program focused on thin film photovoltaics and renewable hydrogen production having near-term applications in both the commercial and military sectors. Dr. Rocheleau also serves as the PI of several programs including the Hawaii Energy and Environmental Technology Initiative; and the Hawaii Hydrogen Center for the Development and Deployment of Distributed Energy Systems. He is the author of over 30 publications in peer reviewed journals and over 20 conference proceedings in the areas of photovoltaics, photo electrochemical hydrogen production, and thin-film electronic materials. Dr. Rocheleau also holds six patents and three patent disclosures. Leveraging his extensive scientific and leadership capabilities he has led teams of scientists/engineers in multi-disciplinary programs providing contract research and development of PV and semiconductor manufacturing processes for a number of domestic and international firms including, Chronar Corporation, Solarex, First Solar, Trex Enterprises, and Global Solar Inc. Dr. Rocheleau received his BChE and PhD (1980) in Chemical Engineering from the University of Delaware and a M.S. in Ocean Engineering (1977) from the University of Hawaii.
Board of Directors
Brian Altounian, Secretary and Chairman of the Board Mr. Altounian has over 16 years of experience in the area of finance, administration and operations. Most recently, he served as Executive Vice President of Plyent, Inc., a provider of a proprietary software solution that allows dynamic wireless Web access by Web enabled wireless thin clients, such as cell phones and personal digital assistants (PDAs). Mr. Altounian previously served as the Vice President of Finance for Lynch Entertainment, a producer of family television series’ for the Nickelodeon and Disney Channels. While at Lynch, he established subsidiary corporations, purchased and oversaw the construction of a state-of-the-art television studio facility, and built the infrastructure of the company. Prior to joining Lynch Entertainment, Mr. Altounian held key management positions at numerous entertainment companies including Director of Finance and Administration at Time Warner Interactive; Finance Manager for National Geographic Television; and Manager of Business Services for WQED, the nation's first community-owned public television station. He also founded his own consulting company, BKA Enterprises, a firm that supported and advised entertainment and multimedia companies in the areas of financial and business management. Mr. Altounian holds an undergraduate degree from UCLA and an MBA from Pepperdine University.
Thomas Anderson, Director
Mr. Anderson has spent much of the last 10 years working as a geologist in the environmental consulting field. His primary focus has been stratigraphic, hydrogeologic, and geochemical characterization, and remediation of hazardous waste sites. Mr. Anderson completed a M.S. in Environmental Science and Engineering at the Colorado School of Mines in 1998. Since 1998, he has provided consulting services to the Department of Energy and Department of Defense for complex problems encountered during characterization and remediation of radioactive and hazardous waste sites. He has been a Senior Environmental Scientist at Concurrent Technologies Corp. from November 2000 to date. From March 2000 to November 2000 he was employed as a hydrologist at Stone & Webster Engineering, Inc. From July 1998 to March 2000 he was employed by Advanced Integrated Management Services as an Environmental Scientist/Engineer. From 1997 to 1998 he was a research assistant at Colorado School of Mines in Graduate Program/Environmental Science.
Tom M. Djokovich, Director
Mr. Djokovich is the Company’s President and Chief Executive Officer.
SEC Filings
To view filings made with the United States Securities and Exchange Commission by XsunX, please visit the following link and enter the name of XsunX in the Company Name field, http://www.sec.gov/edgar/searchedgar/companysearch.html
Power Glass Expanding the Opportunities for Solar Energy Applications
XsunX has focused on the development of very thin semi-transparent coatings and films that create large area monolithic solar cell structures that you can see through. This semi-transparency makes Power Glass™ glazing desirable for placing over glass, plastics, and other see-through structures. Using patented processes, such as reel-to-reel manufacturing techniques and multi-terminal cell structure designs, we are working to commercialize large area cell manufacturing processes for thin film flexible plastics.
Power Glass™ represents a new breed of solar cell design that balances solar cell efficiencies and manufacturing costs with broad applications and uses. The Company believes that these design, manufacturing, and application efficiencies may provide as much as a 100% efficiency-to-cost gain over conventional opaque solar cells. This 100% gain in efficiency-to-cost is based on Company estimates of Power Glass™ solar cells operating at as much as 50%, or half, the efficiency of conventional opaque amorphous solar cells yet costing as little as 25%, or one fourth, to produce. Final cost to efficiency analysis will be determined upon completion of development.
Applications
Expanding the Role and Use of Our Environments
The ability to incorporate large amounts of solar cells onto a structure provides for significant opportunities to produce greater amounts of usable energy. Further benefits can be derived from incorporation of these large amounts of solar cells into common building materials such as glass and plastics.
Today, the use of architectural glass and transparent plastics in the design and construction of commercial and industrial facilities is staggering in scope. The world-wide markets for these glass and laminates reaches into the hundreds of billions. Energy producing Power Glass™ glazing applied to the transparent surfaces of these commercial and industrial buildings provides the opportunity for substantial benefits as a competitive alternative to non-energy producing coatings and glazing. The electrical power generated can be used to run building systems and reduce dependency on grid-based power supplies.
Builders and manufacturers of building products already use glass, plastic, and other materials, so they may be especially attracted to the economic and marketing benefits of using the same materials to produce electrical energy while continuing to function as window, display, or façade surfaces. In the future, XsunX believes that a substantial portion of electrical power can be generated in dense urban areas using Power Glass™ glazing.
Key XsunX Milestones
1. In May of 2004, the Company produced working model samples of its semi-transparent photovoltaic glazing process that exceeded 4% electrical conversion efficiency rates. These working models established the basis for process and cell refinement that the Company believes may provide conversion efficiencies of 6% or greater.
2. The development of working models provided the foundation for commercial viability showing that the XsunX process may provide an almost 100% efficiency-to-cost gain that may, for the first time, provide return on investment or “ROI” ratios that make sense. This 100% gain in efficiency-to-cost is based on Company estimates of Power Glass™ solar cells operating at as much as 50%, or half, the efficiency of conventional opaque amorphous solar cells yet costing as little as 25%, or one fourth, to produce. Final cost to efficiency analysis will be determined upon completion of development.
3. In June 2004, the Company negotiated an at-cost cooperative venture with MVSystems, Inc., a Colorado based corporation that designs, builds, and delivers state-of-the-art manufacturing tools designed specifically for the thin film semiconductor market. MVS is equipped with both the technical staff and tools necessary for the development and commercialization of the XsunX glazing process. The terms of the working relationship provide XsunX with complete R&D facilities without mark-up for profit on the use of staff and equipment. This helped XsunX to avoid costly outlays of capital by eliminating the need to duplicate similar facilities.
4. In June 2004, the Company launched Phase Two of its R&D efforts under the guidance of Dr. Arun Madan as Chairman of the XsunX Scientific Advisory Board. This plan called for an approximate nine month R&D cycle that at its conclusion is anticipated to provide the Company with demonstrable products and the ability to begin licensing and sales efforts.
5. As of the end of July 2004, the Phase Two development plan had accomplished the successful development of large area manufacturing processes for each of the multiple layers that make up the XsunX solar cell design. This was a big step in moving towards a commercially viable process.
6. In September 2004, the Company entered into a royalty free agreement for the licensing of a portfolio of patents and technologies that cover a wide area of both solar cell structure, design and manufacturing processes. These intellectual properties were developed under the guidance of Dr. Arun Madan whose 30 plus year career in the solar industry began with the creation of the first amorphous solar cell in the early 1970’s.
7. On-going development is now underway to establish viable manufacturing techniques for increasing the active power producing ratios of the glazing to as near 100% as possible (i.e. the percentage of total area coated by the glazing that converts sunlight to usable electrical energy as compared to the total size or area of glass or other transparent substrates covered by the glazing).
8. In November 2004, the Company launched development efforts for the Power Glass™ process on thin films. This area of research and development represents significant commercial importance for the company. By combining the ability to manufacture semi-transparent solar cells on thin-film inexpensive plastics with the use of patented reel-to-reel cartridge manufacturing systems, the commercial viability gains are anticipated to be significant.
Technology: R&D
Leveraging 30 Years of PV Progress
XsunX is commercializing its patented technology, and developing new technology, through the contracting for research, development, and commercialization processes with certain qualified facilities. We believe that this product development process provides the Company with the fastest path to marketable products, the maximization of corporate resources, and, the broadest access to device, optical, and material engineering facilities and technical expertise.
XsunX has established a strategic relationship with Colorado based MVSystems, Inc. that designs, builds, and delivers state-of-the-art manufacturing tools designed specifically for the thin film semiconductor market. MVS is equipped with both the technical staff and tools necessary for the development and commercialization of the XsunX glazing process. The terms of the working relationship provide XsunX with complete R&D facilities without mark-up for profit on the use of staff and equipment. This helps XsunX to avoid costly outlays of capital by eliminating the need to duplicate similar facilities. MVS Research Facility
Under the guidance of Dr. Arun Madan, MVSystems founder and the Chairman of the XsunX Scientific Advisory Board, MVSystems is spearheading the coordination of other research facilities and the development of commercially viable processes for the manufacture of large area semi-transparent solar cell systems and manufacturing processes.
this chart is a beautiful thang!
-------------------- Lil,
Dont LOSE more than you can afford to invest....LOL
I'm buying low and selling into the run...
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>ALISO VIEJO, Calif., March 13, 2006 (PRIMEZONE) -- XsunX, Inc. (OTCBB:XSNX), developer of Power Glass(tm) -- an innovative thin film solar technology that is intended to allow glass windows to produce electricity from the power of the sun, announced today that a patented reel-to-reel thin film manufacturing system, under license to XsunX, was used to successfully complete production of amorphous thin film silicon samples on rolls of plastic film. The sample film was produced using a development scale machine and the results of this process will be incorporated into the Company's first commercial scale system currently under construction.
"We are very excited about the results and progress made in the development of this hybrid system architecture," stated Dr. Arun Madan, Chairman of the XsunX Scientific Advisory Board. "We have taken our patented idea and successfully reduced it to a working system providing the basis for system scalability and the potential for reductions to per watt manufacturing costs that should be welcomed by the industry."
Upon completion the commercial production system will incorporate the Company's hybrid systems design based on technology under exclusive license from MVSystems, Inc. This design combines the scalability of reel-to-reel processing, and the use of flexible rolled substrates, with the exact processing capabilities of cluster tool vacuum deposition systems. The Company believes that through the selective integration of the better attributes of these previously separate system types, the fabrication of an array of new and efficient thin film devices on flexible substrates may be possible. The Company plans to begin marketing its manufacturing systems and thin film technologies to potential licensees in the spring.
About XsunX
Based in Aliso Viejo, California, XsunX is the developer of Power Glass -- an innovative thin film solar technology that is intended to allow glass windows to produce electricity from the power of the sun. This proprietary technology is intended to allow manufacturers to apply a semi-transparent and photovoltaic film to glass and other transparent surfaces. When XsunX films are exposed to light, the light energy is converted into electrical energy for use as a power source. The integration of energy producing materials into building materials is known as Building Integrated Photovoltaics or "BIPV". Please visit the Company's website for more information: http://www.XsunX.com
Safe Harbor Statement: Matters discussed in this press release contain forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. When used in this press release, the words "anticipate," "believe," "estimate," "may," "intend," "expect" and similar expressions identify such forward-looking statements. Actual results, performance or achievements could differ materially from those contemplated, expressed or implied by the forward-looking statements contained herein. These forward-looking statements are based largely on the expectations of the Company and are subject to a number of risks and uncertainties. These include, but are not limited to, risks and uncertainties associated with: the impact of economic, competitive and other factors affecting the Company and its operations, markets, product, and distributor performance, the impact on the national and local economies resulting from terrorist actions, and U.S. actions subsequently; and other factors detailed in reports filed by the Company.
CONTACT: XsunX, Inc. Media Relations (888) 797-4527
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HOLD LONG, no matter what you ge in at....the guys who got on at 2.00 were getting scared NOW THEY ARE REEPING THE REWARDS....AND IF THE HOLD....they will reep MUCH more.
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nice gap up today... got in at 1.8 last week, sold at 2.15. have a hunch it might dip a bit this week, i'll buy back in. (that intra-day low at 1.2 has got me thinking) looks like 2.22 is resistance for the day..
[ March 13, 2006, 13:46: Message edited by: fourseven ]
-------------------- the market is not your mother
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I was in at 1.66 last week. Given that this is fairly big news, I think it won't be dipping until maybe Wednesday. Looking to sell at around 2.40-2.50 and rebuy at around 2.15 during the ensuing profit taking.
I think it'll hit 5 in May when order start flowing, and I have no clue on the upside once there's a completed installation.
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quote:Originally posted by Mooby: I think it'll hit 5 in May when order start flowing, and I have no clue on the upside once there's a completed installation.
How do you know orders will be coming in May? I called their #, but couldn't get a hold of anyone.
I agree, if they actually get customers & orders, we're in for a ride.
-------------------- the market is not your mother
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Thank god for this stock to make up for the loss on VEXP! Oh, and by the way today I invested $2500. I'm $27 up right now. Not bad for a start, I guess.
-------------------- Forgive me if I ask any "stupid" questions. I'm new to trading. Someone please help me!!!!!!
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"Clean Coal Investment Activity Is Starting to Pick up With Clean Coal Plants Expected to Start Coming Online Around 2015," -- Catherine Lacoursière, Clean Technology Correspondent
POINT ROBERTS, WA -- (MARKET WIRE) -- 03/13/06 -- www.*********************.com (RES), an investor and industry news portal for the renewable energy sector, presents the most recent "Global Renewable Energy Insights" column written by Catherine Lacoursière, clean technology correspondent. This week's column examines the increasing endorsement and drive towards clean coal technology as a potential means of meeting the growing demand for energy. Investors and industry following the renewable energy sector can gain insight from the column, blogs, audio roundtables and interviews, directory of public companies and content featured on ***************** energy portals.
Column Excerpt: Investing in Near-Zero Emissions
By Catherine Lacoursiere
Coal, abundant and cheap, makes up 56 percent of electric power generation in the United States, which has 250 years of coal reserves. With the help of generous tax incentives, the government is pushing for the use of more clean coal.
The major clean coal technology is gasification, specifically the Integrated Gasification Combined Cycle (IGCC) plant, which converts coal into a syngas that produces hydrogen and steam while sequestering the CO2. The prototype plant, FutureGen, combines turbines and solid oxide fuel cells (SOFC) to produce electric power. Large power plant developers such as GE and Bechtel are the primary developers. However, there are a number of technologies that will make up next generation gasification plants. FuelCell Energy (NASDAQ: FCEL) has just been selected by the U.S. Department of Energy for an award of an $85 million project over 10 years, subject to final negotiation of a contract, to produce 100-MW solid oxide fuel cell (SOFC) system for use in a gasification plant. The project aims to convert coal into grid electrical power while capturing 90 percent of carbon dioxide emissions and achieving a 50% overall efficiency, up from 35% today.
Steve Eschbach, director of investor relations of FuelCell Energy expects commercial prototypes could be introduced in about seven years, following a similar commercialization timeline as its Direct FuelCell® power plant, which was in the market within 10 years of its development program with the DOE.
Featured RES Sponsors: (RES is compensated by XsunX, Legend Investment and SmartCool as disclosed in disclaimer below.)
XsunX (OTC BB: XSNX), developer of Power Glass(TM), a proprietary process intended to allow manufacturers to apply a transparent and photovoltaic glazing to glass. For More Info: http://www.*********************.com/CO/XSNX/Default.asp
Legend Investment Corp (OTC: LVCP), dedicated to the acquisition and development of solar energy companies and owner of 51% of GiraSolar BV. For More Info: http://*********************.com/CO/LVCP/Default.asp
SmartCool Systems, Inc (TSX-V: SSC), a marketer of advanced energy saving technologies, which reduce the electricity consumption (Kwh) and maximum demand (Kw/KVA) of refrigeration and air conditioning compressors. For More Info: http://www.*********************.com/CO/SSC/Default.asp
*********************.com provides a variety of renewable and clean energy content through: Global Renewable Energy Insights, by Catherine Lacoursiere, clean technology correspondent, as well as Renewable Energy Blogs, all available at: http://www.*********************.com or become a 'priority' member of the ***************** investor and industry research resource portals and be at the top of our list to be the first to know what is happening in industry and sector trends. http://*****************/membership/
***************** Disclaimer: www.*****************/About/Disclaimer.asp Our sites do not make recommendations, but offer information portals to research news, articles, stock lists and recent research. Nothing on our sites should be construed as an offer or solicitation to buy or sell products or securities. We attempt to research thoroughly, but we offer no guarantees as to the accuracy of information presented. All Information relating to featured companies is sourced from public documents and/ or the company and is not the opinion of our web sites. These sites are currently compensated for by its "featured companies." SmartCool Systems Inc. (TSX-V: SSC) three thousand dollars per month, plus 100,000 stock options. XSUNX Inc. (OTC BB: XSNX) Three thousand five hundred dollars per month and two thousand equivalent in one forty-four shares. Legend Investment Corp. (OTC: LVCP) Three thousand five hundred dollars per month and two thousand equivalent in one forty-four shares.
For more information contact: Dawn Van Zant 800.665.0411 Email: Email Contact
posted
yeah, nice quick dip this morning. i put a limit order at 1.95, we'll see what happens over the next few days... (thinking about the folks who got this in sept 2005....)
-------------------- the market is not your mother
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i was watching the intraday, but i thought it was going to be a bouncing ball effect where it keeps bouncing and going lower. i was wrong
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Good on you!! Every day a people get so worried about stock going down, it closed at -4%, I wish it would go down more so I can get in a great price. Its hit a 52 high in the last 2 days!!
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You think it will go back up in the next few days Nar?? I am worried about getting back in at this level. I feel like this might be the top for now, unless more news comes out.
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