NEW NANO BLOOD SEPARATION METHOD USES PLANARITY MEMS CHIP! New Technology Breaks the Barrier of 30 Micron and Pico Molar in Sensitivity & Selectivity! CO-PLANAR WAVEGUIDE STRUCTURE APPLIED TO MEMS MICROCHANNELS. Planarizers the coaxial helical sheath mechanism into monolithics. Please visit our website: www.planarity.org
Video about selected research, at the University of British Columbia. Professors Walus, Cheung, Madden.
| Dr. Allen Alper Interviews Darrell Brookstein of The Nanotech Company, LLC |
| Interviewer: | We're talking to Darrell Brookstein with The Nanotech Company, LLC. So, why don’t you tell me a little bit about your background and your company and how you're proceeding? Also, I know our readers would be interested in what you think of nanotechnology and the mining industry. Where it is today and where it's going? |
| Darrell Brookstein: | Yes. My background actually began in the natural resource sector. Out of college I started focusing on mining stocks, and from 1976 to 2000 I was involved in natural resource venture capital. I wrote a newsletter your readers may remember called The Prospector for 11 years, which was probably the top newsletter in mining shares in the '80s, and I had a brokerage firm, that was the leading U.S. brokerage firm in Canadian mining shares for the better part of that decade as well. I edited a book called, Small Fortunes in Penny Gold Stocks with Doug Casey, and we produced that in the early '80s. Then I wrote another book called How to Make a Fortune Trading Penny Mining Shares.So, that's really my background, and I was involved in the financing of many of what became major mining companies in the '80s and '90s and ended my natural resource focus for the time being in the late '90s when my group helped put together Ultra Petroleum, which eventually went public and trades on the American Stock Exchange. Also we developed the financial and corporate structure of a mid-size natural gas company called Penneco Energy, which was taken over by Marathon. In the late 2000s, early 2001, I started to focus on something I'd been looking at since the late '80s, which was the cutting edge of science and technology, nanotechnology, MEMS, microfluidics and micro-electronics. And I said, "Boy, as soon as I can find somebody who actually knows something about these things and can tell me if I'm going in the right direction this just seems like an exciting area."
I ended up meeting Erkki Ruoslahti, who is considered probably the leading bio-nanoscientist, and we shared some common interests and developed a business in 2001 focused on the financial and investment side of nanotechnology and other advanced technologies. I acquired the key website, Nanotechnology.com, and wrote the first and only book that's ever been written on successful investing at the cutting edge of technology called Nanotech Fortunes, which is available on Amazon and our website. I started producing a variety of different newsletters related to both the science and technology and also investing in the cutting edge of technology. There's a lot to talk about from there, but that's the background. |
| Interviewer: | Now, what would you say the current state of nanotechnology is? Where do you think it's going, and also, where would you advise people to consider to investing in or exploring in nanotechnology? |
| Darrell Brookstein: | Well, what many people don’t know or realize is nanotechnology is already influencing major companies. More than 150 of the Fortune 500 have major internal nanotechnology initiatives. I mean, typically hundreds of millions of dollars annually by the individual companies. For example, 3M reported last year that more than a billion dollars in their sales came from nanotech products. Obviously, General Electric, DuPont, Chevron, Intel, IBM are leading folks in nanotechnology. IBM's the leading international intellectual property holder in nanotechnology.Intel, for example, has been at the nanoscale now for well over three years, and they are now at 45 nanometers and below where they're doing engineering, clever engineering (by the way, the width of a human hair is 80,000 nanometers). So we could definitely say they’re engineering at the nanoscale, and I would argue that that's nanotechnology as well.
These companies are moving forward very quickly. Then you have a small group of about 80 to 130, depending on how you define it, publicly traded nanotech stocks, and of them, we think about 25 of them are actually interesting. We’ve really never recommended any of them for the long-term. We've traded them successfully, quite successfully, over the last three years, but we haven't recommended any of them for the long-term. Right now we're mostly looking at long-short strategies where you make a long $10,000.00 worth of one stock and short $10,000.00 of another. In the nanotech field it would be like buying $10,000 worth of Ford and selling $10,000.00 worth of General Motors. You pick things in similar areas and you go long-short. We think that's the way to make money with some consistency in these crazy, currently down-trending markets. But the “small tech”, nanotech and cutting-edge technology deals are still (with few exceptions – and I'll name one or two of the exceptions) a few years away from having consistent revenues, much less earnings. Some exceptions would be Illumina (ILMN), which is what we call “small technology”. It's not quite the nano-scale, but it's deeply microscale. They're competitive in “lab-on-a-chip” with Affymetrix (AFFX), and they're doing a fantastic job. There are two to three other companies that are making money and have earnings beyond revenues. Another one would be Abraxis (ABII), a true nanotech-based, bio-pharma company or biotech company which delivers cancer-killing toxins in a nanoparticle of albumin, which is a human milk protein and is having great success in breast cancer. We think it will be applied to other cancers as well. Similar technologies to Abraxis's technology that are not owned by Abraxis are also going to have huge success in drug delivery. On the broader question of where nanotech is going, when you hear “greentech”, “clean tech”, solar, alternative energy, all of these things are being developed, enhanced and moved forward by nanotechnology. They're really another way of saying “nanotechnology” because the commercialization of those technologies, products and industries is not moving anywhere without it. |
| Interviewer: | That's very interesting. I'm glad I had the opportunity to talk with you. What is your focus at The Nanotech Company? |
| Darrell Brookstein: | We advise both advanced technology companies and investors on how to proceed in this direction. We have the scientific and technical background as well as the public market and private market, venture capital and private equity background to help both sides of that equation (the companies themselves and the investors in those companies). |
| Interviewer: | I enjoyed talking to you. You’re very knowledgeable in both nanotech and the mining sector. I appreciate it. |
| Darrell Brookstein: | Glad to be here. Thank you. |
| Interviewer: | For more information go to www.nanotechnology.com/blogs/blognano/ or Nanotechnology.com |
This is technology briefing presentation on Nano technology and MEMS.
This is technology briefing presentation on Nano technology and MEMS.
This is technology briefing presentation on Nano technology and MEMS.
This is technology briefing presentation on Nano technology and MEMS.
This is technology briefing presentation on Nano technology and MEMS.
This is technology briefing presentation on Nano technology and MEMS.
VPEC, manufacturer of microelectronic and optoelectronic epiwafers, has placed another order for multiple AIX 2600G3 IC tools for microelectronic and optical devices 24, AIXTRON AG www. aixtron.
Efficient use of resources. sp3, supplier of diamond film products, equipment and services, has received two new orders for its Model hot filament chemical vapor deposition HFCVD diamond reactorCypress touchscreen solutions include multitouch all point offering on single chip 24, Cypress Semiconductor Corp. Click hereto enlarge Offtheshelf MEMS microhotplates commercially available for chemical sensor applications 24, Kebaili Corporation, hightech MEMS and nanotechnology company, has released the KMHP100 Series, the industrys first commercially available offtheshelf MEMS microhotplates for researchers and scientists in innovative chemical sensor research and development applications.
SMALL TECH NEWSWIRE Altair Nanotechnologies names Terry Copeland president, CEO Barnes & Thornburg LLP establishes nanotechnology practice group Ecology Coatings Inc Signs Research Agreement with Western Michigan University Nanoenabled fabric makes for comfortable uniforms Fourth NASCAR team picks Industrial Nanotechs NanoBoost nanotechnology coating Russian Nanotechnology Corp announces coinvestment NaturalNano, Rohm and Haas partner on polymer enhancement Quantum Nanotechnology Centre to be built at University of Waterloo in Canada SPONSORED WEBCASTS The Impact of Imaging Advancements Original broadcast onOctober 30, Micro and Nano Sensors New Technologies, Opportunities, and Challenges Original broadcast onJuly 23, Fabless MEMS Original
Communication and public dialogue Risk assessment and regulation and Small Times contributor Dr. Research The device can be mounted on disposable skin patch to provide continuous insulin infusion. Click hereto enlarge Ecliptek reduces delivery cycle time on EMO MEMS oscillators 26, Ecliptek Corporation, supplier of frequency products, has announced significant reduction of lead times for the EMO family of programmable MEMS clock oscillators, on production quantities up to 50,000 units.
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The device can be mounted on disposable skin patch to provide continuous insulin infusion. Ltd. Ltd. Ltd. Christoph Meili, CEO of Switzerlands The Innovation Society, explains. Manufacturing Finance R&D Legal Education Profiles Bio Consumer Nanotech StockDefense Energy Environment Electronics Photonics Materials Tools AutoAero Click hereto enlarge Ecliptek reduces delivery cycle time on EMO MEMS oscillators 26, Ecliptek Corporation, supplier of frequency products, has announced significant reduction of lead times for the EMO family of programmable MEMS clock oscillators, on production quantities up to 50,000 units.
