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Subject:  Looking Ahead Date:  12/21/2002  6:07 AM
Author:  kishpj01 Number:  5922 of 10571

Beyond the dotcom bomb and economic slowdown, what significant developments, key issues and potential suprises should investors be watching for?

Consolidation of key insights (just guesses, not predictions) based on some research* and reading:

 Fundamentally new technologies over promise in the short term, but over deliver in the long run.

 Millions of PCs' in business nationwide are getting too old to handle increasingly complex processing tasks demanded of them. In the late 90's companies invested heavily in new computers to prepare for Y2K, now those computers are getting old and need to be upgraded. Tech research firm IDC recently issued an optimistic PC sales forecast for the next five years (indicating that in 03 we should see about 50 million units shipped and Lehman Bros, Dan Niles recently upgraded estimates on some computer-chip stocks. Nearly 1/3 of the 500 million PC's in use are now more than 4 years old. As broadband and bigger more complex programs become available more computing power will be needed.

 We are only ½ way through a global economic boom that has happened with cyclical regularity.

 Europeans will lead the way in “global integration” having learned valuable lessons in the complicated and collaborative transition to the EU.

 The dotcom bubble trained a whole generation of young entrepreneurs. They rode it up, they rode it down --- they came out. They are still 32-34 years old, with their whole careers in front of them. I think we just forged what will be the greatest entrepreneurial generation in the last 50 years. 20003 to 2008 could be another dramatic phase of economic growth and productivity around the world, but we need to get the terrorist issue resolved.

 As for the crash of the Internet startups and turmoil in the new economy – economic transformations of this kind are never easy. Creating expansive destruction brings with it upswings and downswings and a lot of the ideas that are created are not good ideas. Evolution is like that. I am not the least bit concerned. Clearly the dotcom boom got out of hand …it was crazy, a boom of excess … issues like accessibility of broadband are important. The fact that there was a bust is not important. There is abundant capital. There were lots of new startups; the froth on the surface simply went away. was never a good idea. But Amazon, Ebay and LendingTree are still around and moving forward. The dotcom bubble was the first ripple in a mounting wave of change.

 The meltdown was a myth --- except on Wall Street. Why? If you look at the trend line regarding the impact that the Internet-related technology is generally having on life among 2 Billion people who live in the industrialized world, the answer is that nothing has changed. Individual use of the web continues to climb

 The next 10 years will be largely about finding the business applications of the innovations in the last 4 years. There is a Rubik's Cube of different technological advances and ways the world can work out there, we just need to keep turning the cube and figure out which combinations work. Innovation cannot exist for innovation sake. Its got to exist hand-in-hand with an application … that's what the next ten years will be about.

 There will be a revolution in Nanotech, Fuel Cells and Biotech. Wireless broadband will grow.

 You've got a billion people in China and a billion people in India, 1/3 of the worlds population growing at a rate of 6-7% a year, which is incredible, versus 3-4% for the USA. When productivity growth rates in retail, banking and financial services catch up with manufacturing (5%) the US economy will blow through 6% GDP growth. Presently we are underestimating real GDP growth rates and overstating inflation.

 More than 15% of our GDP product gets spent on health care. What happens if that becomes 40%? That could be a huge source of intensive economic growth, which would, to a considerable degree be delinked to the global economy.

 Fuel cells will probably go forth and multiply first in stationary resource applications for individual homes. In fact, by 2010 we will have several thousand stationary fuel cell systems around the globe. By 2020 there should be several tens of millions. Why not make your electricity in your home and sell what you don't need back to the grid?

 The Internet and the web have hardly touched our lives. The web arrived on the one piece of real estate we've been trying to get away from for the last 20 years --- our desktops. That is what makes wireless and broadband so important. Wireless delivers the Internet in general, and the web in particular to where we actually live and work and play. Communications is about to go through a big spurt, but its not going to come from people talking to other people or people accessing information – it going to come from machines talking to other machines on people's behalf. The vast amount of communication in 2010 to 2015 and beyond will be machine to machine.

 We need more bandwidth but 3G is too expensive for people. Instead 802.11 a wireless standard (wireless Ethernet) that is “routed” not switched and not as regulated as 3G will be the space where entrepreneurs with bid ideas, shoestring budgets and not a lot of adult supervision can jump in an make stuff happen. It is going to be a scruffy, hippie-like thing that telecom execs will look down their noses at. It is starting to happen already. The first mesh-rout tests are underway. Within 10 years wireless Ethernet could really make substantial inroads.

 There is a perfect storm coming at the 100-nanometer level. Information technology, biotech and nanotech are all converging on that scale.

 The cutting edge in technology is moving to biotech. We are in the midst of a shift from digital to biological. The indicator that we were going out of infotech and into biotech was the Human Genome Project. Basically computers turned out to be the essential personal intellectual bulldozers of biotech logistics …the Genome got cheap because we had robotic sequencing systems using computers. So the computer industry helped launch biotech. By 2010 we will be deep in the early stages of a biotech revolution.

 Nanotech, which is molecular manufacturing or more simply, building things one atom or molecule at a time from the bottom up. Nano is Greek word for small or dwarf and it is used to indicate one-billionth of a meter or 10 –9. A nanometer is one billionth of a meter or 3-4 atoms wide. Nanotech will make existing products more efficient by controlling matter at the smallest scale. Nanotechnology will usher in a bottom up approach to manufacturing. The current state of Nanotech could easily be compared to the state of the computer industry of the early 1960's. Some key trends to watch; Significant government funding is occurring, the nanotech sector has not yet been clearly defined, the need exists to translate science into products, rapid development of academic programs is ongoing, venture funding is growing at 30% plus a year, impressive corporate R&D budgets exist and there are currently 1000+ nanotech startups now. Nanotech is rapidly becoming the “Industrial Revolution of the 21st Century'. Industry-wide revenues generated by nanotechology initiatives are expected to be over $225 billion by 2005 and 700 billion by 2008. The National Science Foundation predicts that the total market for nanotech products and services will reach $1 trillion by 2015. The major sectors for nanotech will be: coatings/films, nanopowders/particles, textiles, carbon nanotubes, IT/electronics, data storage, NEMS (nanoelectromechanical systems) life sciences, drug delivery, particle tagging, quantum dots, and others. In the first quarter of 2001 there was over $101 million invested in four companies by 23 venture firms – the biggest being the creation of the industry incubator, Ardesta. Intel has recently announced plans to delve into nanotech and GE is considered the largest company to dive into the field. There are currently 150 or so nanotech companies in the US with 30% in the materials/manufacturing sector, 22% in life science, 18% in IT/electronics, 7% in the consumer market and 25% are generating healthy revenue. 60% have revenues under $15 million. Of all the sectors, none has more promise than the field of life science. Venture capitals view the life science area of nanotech to be the best bet in terms of bringing about a significant ROI. The biological aspect of nanotech will bring about major improvements in understanding the cell. Breakthroughs in this area will lead to early disease detection products and the ability to build drugs from the bottom up. With current projections predicting nanotech to be $1 trillion piece of the economy in little over a decade, it is safe to say that between one-tenth and one-fourth of all US jobs in a decade will be directly related to nanotech.

 Consumer credit consequences will start to manifest itself. At the beginning of 2000 approximately 78 million households had at least one bank credit card. Together they had amassed a seasonally adjusted total of about $603 billion in revolving consumer debt. After the calculation is modified by compensating for delayed consumer payments and the US Federal Reserve accounting adjustments, the average credit card debt for these households was about $6,600. But, the goals of the credit card companies remain the same: Penetrate and expand into new markets, “revolve” people into debt and thereby maximize profits. Now, people heavy into debt are taking out home equity loans to pay off credit cards without the self-discipline to change spending habits or make painful lifestyle changes to