How basic research can repair the broken U.S. business model
Apollo program engaged at its peak, 400,000 people
R&D Troubles in the U.S.
calling for the equivalent of a Manhattan and Apollo Projects
IBM, Microsoft, Dupont
“more R&D is going on globally”
“Discovery drives innovation, innovation drives productivity, productivity drives economic growth.”
“Much of the best technical talent has been drawn to the promise of riches from Wall Street and financial engineering. “
“We need to reestablish a culture that rewards and celebrates the scientist who is willing to work on tough problems even if the commercial return is less certain. Given that the U.S. economy is so much bigger than it was 40 years ago, and so much less competitive internationally, 10 or more equivalent corporate research labs are needed for critical mass. The most likely candidates are the top research corporations today—IBM, Hewlett Packard, Cisco, Google, Exxon Mobil XOM, DuPont, Microsoft, Apple, 3M MMM, General Electric, Boeing BA, and others. Many of these companies already have hundreds of PhD researchers and scientists on staff, and while their labs mostly focus on shorter-term development goals, they still retain the spirit of scientific pursuit.”
“TAX INCENTIVES COULD HELP
Consider that the Bell Labs budget peaked at $1.6 billion in 1982 (about $3.6 billion in today’s dollars), and $20 billion would fund, say, three large labs and five smaller ones. Split in some ratio between public and private sources, $20 billion is not a large number. As noted earlier, IBM, Microsoft, and HP already spend $17 billion annually on R&D. If leading companies committed 5% to 10% of those R&D budgets to pure research (up from 0% to 5% today), in exchange for a tax credit or a government match, a new innovation ecosystem would quickly begin to build critical mass. From the government’s perspective, the money put toward innovation today is the highest-return investment it can make.”
Matti Makkonen is the Finnish engineering and mobile telephony pioneer widely credited with inventing Short Message Service (SMS), the communications protocol that allows the interchange of short text messages between mobile phone devices. SMS technology has facilitated the development and growth of text messaging, a phenomenally popular method of communicating.
http://w3.cantos.com/08/eiu-awar-810-a8eh2/interviews.php?interviewee=4
Paul was inducted into the National Inventors Hall of Fame in 2005.
Yes, but… “There is the one thing that concerns me about the universities as a regional resource, however. Michigan is just not doing much to support its knowledge base, the very thing that is helping attract new industries to our region.”
Amazon.com Review
Gary Dorsey’s Silicon Sky tells the engrossing tale of a private company’s quest to develop the world’s first low-earth-orbit commercial satellite—a momentous accomplishment that paved the way for everything from reasonably priced GPS navigational receivers to pay-at-the-pump credit-card terminals at filling stations. Dorsey tackles the true story of the emerging world of “microspace” in a manner reminiscent of Tracy Kidder’s pioneering The Soul of a New Machine, using an interesting combination of first-hand observations, critical analysis, and literary techniques usually found in novels. By sticking close to Orbital Sciences Corporation’s extensive cast of characters working in the early design stages in 1992 through the product launch in 1995, Dorsey brings readers into the labs and boardrooms as the fledgling operation grows into a booming company that entered 1998 with $3.9 billion in orders already in its books. —Howard Rothman —This text refers to an out of print or unavailable edition of this title.
for later reference. Interesting:
“RSS Is The Enemy: The other expense they are worried about is supporting all of the RSS feeds that are migrating to Twitter. The people who run Twitter definitely don’t like RSS, and who can blame them?
The big concerns expressed at the meeting were, “What if all feeds went through twitter: would be expensive,” and “feeds are not unique content.” (They are also too slow, but that is another issue).”
Engineering has been underemphasized in this country for a generation. Our high schools fall far short of the mark in science and math. This helps explain why only four percent of American college students have chosen engineering as a profession.
At the same time, American companies must reinvigorate their technical efforts…
Technology is what makes people and countries feel wealthy… Technology is also the source of competitive advantage.
An American renewal will be built on technology. GE’s R&D budget has not been cut. And that’s a course of action I’d recommend to every company that wants to get through the economic crisis even stronger than before.
This is ridiculous. I agree with GE’s Immelt that an American renewal will come from a culture that celebrates invention over consumption.
From the USATODAY article-
“surplus of STEM graduates is a problem he’d like to have.
“As we get more and more of these technological breakthroughs, there are going to be jobs in fields available that don’t even exist today. If these guys can come out and be those innovators and be those creators and inventors, they’re going to create new opportunities that we can’t even envision or begin to comprehend today.”
Jeff Immelt, GE CEO
The five most common flaws—and how to fix them
Governor Granholm Attends Opening of GM’s Advanced Battery Lab in Warren, MI (via govgranholm)