Did you ever stop to think how silly and also how dangerous it is to live our lives with absolutely no monitoring of our body’s medical status? Years from now people will look back and find it unbelievable that heart attacks, strokes, hormone imbalances, sugar levels, and hundreds of other bodily vital signs and malfunctions were not being continuously anticipated and monitored by medical implants. We can call this concept body 2.0, or the networked body, and we need it now!
The trio of biomedicine, technology, and wireless communication are in the midst of a merger that will easily bring continuous, 24×7 monitoring of several crucial bodily functions in the years ahead. Unfortunately, as is often the case with medical products, the needed innovations are either already developed or will be soon, but some of the best commercial products won’t make it to the market until years of testing have proven their safety.
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Getting a business loan in this economy can be more difficult than landing a reservation at French Laundry in Napa, California. Now try selling the loan officer on an open source hardware project where the blueprints will be given away.
That's why the hardware hacking community is turning inwards to fund its ideas. Two open source hardware enthusiasts, Justin Huynh and Matt Stack, have started the Open Source Hardware Bank to fund hardware projects such as the microcontroller board pictured above.
The fledgling bank is funding only open source hardware projects using capital raised from other hardware geeks. It's like a community of Facebook friends borrowing and lending among themselves — a peer-to-peer bank.
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Conceived as a kind of Wikipedia for design—a place where designers could post new ideas and blueprints free of copyright and open to communal editing—Thingiverse intends to prove that shared intellectual property can create objects that work better.
In Pettis' somewhat utopian model, it would also provide a new, nonmercenary model for consumption: a world where blueprints circulate freely, and consumers cheerfully fabricate their own coffee tables. Consumers "want to participate in an object beyond just the act of buying it," Pettis argues. "Just a couple years ago, there were maybe 10 people publishing digital designs. Now we're in the hundreds."
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The economy may be cratering, but people are stampeding to handmade goods. Why? Part of it is a supply-side phenomenon: Thanks to the Web-fueled boom in DIY culture, there are more one-of-a-kind products being made. With sites like Instructables.com, Makezine.com, and Knithappens.com, it's now feasible to train yourself in a marketable craft using nothing but online guides. You can learn even derangedly complex knitting patterns or skills like circuit-soldering when you've got a YouTube video walking you through each step.
And if you're making awesome stuff in your spare time, pretty soon you'll start thinking: Hey, I could sell this, couldn't I? Not a bad way to recession-proof your household.
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Peter’s latest book, “Wired for War”... How robots helped make the Iraq surge a success... Do America’s high-tech weapons do more harm than good?... The DARPA Grand Challenge as 21st century Manhattan Project... Will you someday have to give up your bus seat to a cyborg?... Why the robotics revolution won’t end war...
Back in 1993, the Knight-Ridder newspaper chain began investigating piracy of Dave Barry’s popular column, which was published by the Miami Herald and syndicated widely. In the course of tracking down the sources of unlicensed distribution, they found many things, including the copying of his column to alt.fan.dave_barry on usenet; a 2000-person strong mailing list also reading pirated versions; and a teenager in the Midwest who was doing some of the copying himself, because he loved Barry’s work so much he wanted everybody to be able to read it.
One of the people I was hanging around with online back then was Gordy Thompson, who managed internet services at the New York Times. I remember Thompson saying something to the effect of “When a 14 year old kid can blow up your business in his spare time, not because he hates you but because he loves you, then you got a problem.” I think about that conversation a lot these days.
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We've just started to release a preview of Google Voice, an application that helps you better manage your voice communications. Google Voice will be available initially to existing users of GrandCentral, a service we acquired in July of 2007.
The new application improves the way you use your phone. You can get transcripts of your voicemail (see the video below) and archive and search all of the SMS text messages you send and receive. You can also use the service to make low-priced international calls and easily access Goog-411 directory assistance.
As you may know, GrandCentral offers many great features, including a single number to ring your home, work, and mobile phones, a central voicemail inbox that you could access on the web, and the ability to screen calls by listening in live as callers leave a voicemail. You'll find these features, and more, in the Google Voice preview. Check out the features page for videos and more information on how these features work.
If you're already using GrandCentral, over the next couple days, you will receive instructions in your GrandCentral inbox on how to start using Google Voice. We'll be opening it up to others soon, so if you'd like to be notified when that happens, please send us your email address.
One of the things that we love best about Reader is the ability to easily share interesting items with your friends. In fact, we like it so much that we've been adding bunches of new sharing features over the last year including choosing friends to share with, sharing with note and the sharing bookmarklet. But we quickly realized that one of the most important pieces of the sharing cycle was missing: the ability to have conversations with friends about all those shared items.
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At Google, we put a lot of stock in both the wisdom of crowds — the idea that lots of people responding to a given question can collectively find the best answer — and the value of community. We believe that people working together can help one another through even the most difficult times.
As we all navigate today's choppy economic waters, we'd like to put these beliefs into practice. That's why we created Tip Jar (www.google.com/tipjar), an experiment powered by Google Moderator that we hope will help you discover the most effective ways to save money.
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The greenhouse gas problem is far more intractable than most people think, and although there is a solution in sight, we will need a technological revolution to implement it.
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The way to remove CO2 quickly is to pump it, but this is a project too large to undertake with today’s manufacturing infrastructure. However, as I note in the Edge essay,
If we were good at making things, we could make efficient devices able to collect, compress, and store carbon dioxide from the atmosphere, and we could make solar arrays large enough to generate enough power to do this on a scale that matters. A solar array area, that if aggregated, would fit in a corner of Texas, could generate 3 terawatts. In the course of 10 years, 3 terawatts would provide enough energy remove all the excess carbon the human race has added to the atmosphere since the Industrial Revolution began. So far as carbon emissions are concerned, this would fix the problem.
A few specifics:* Nanosystems provides a physical analysis of a class of selective, thermodynamically efficient molecular pumps. Devices like these provide one option for satisfying the first condition I mentioned.
* Excess atmospheric CO2 is expected to be about 1 trillion tons in the time frame of interest, and the amount of energy required to collect and compress this to liquid density is about 1021 Joules.
* This is equivalent to 3 terawatts of electric power for 10 years, comparable to the total world electric generating capacity today.
* Solar arrays with an aggregate area equivalent to a 250-km square would provide ample power (assuming cells of mediocre photovoltaic efficiency, but placed in sunny locations).
* Advanced molecular manufacturing capabilities will make it practical to produce the necessary hardware to solve the greenhouse gas problem by removing the excess greenhouse gases, reversing net emissions.
Regarding molecular manufacturing, as I note in the Edge essay:The U.S. National Academies has issued a report on molecular manufacturing, and it calls for funding experimental research. A roadmap prepared by Battelle with several U.S. National Laboratories has studied paths forward, and suggests research directions. This knowledge will spread, and will change the game.
The U.S. National Academies has issued a report on molecular manufacturing, and it calls for funding experimental research. A roadmap prepared by Battelle with several U.S. National Laboratories has studied paths forward, and suggests research directions. This knowledge will spread, and will change the game.
In the year leading up to this talk, the web tool Twitter exploded in size (up 10x during 2008 alone). Co-founder Evan Williams reveals that many of the ideas driving that growth came from unexpected uses invented by the users themselves.
waderoush writes:
"Critics are eating up everything about Amazon's Kindle 2 e-book reader except its $359 price tag. But if you think that's expensive, take a look behind the Kindle at E Ink, the Cambridge, MA, company that has spent $150 million since 1997 developing the electronic paper display that is the Kindle's coolest feature. In the company's first interview since the Kindle 2 came out, E Ink CEO Russ Wilcox says it took far longer than expected to make the microcapsule-based e-paper film not only legible, but durable and manufacturable. Now that the Kindle 2 is finally getting readers to take e-books seriously, however, Wilcox says he sees a profitable future in which many book, magazine, and newspaper publishers will turn to e-paper, if only to save money on printing and delivery. (Silicon Alley Insider recently calculated that the New York Times could save more than $300 million a year by shutting down its presses and buying every subscriber a Kindle). 'What we've got here is a technology that could be saving the world $80 billion a year,' Wilcox says."
Hearst hopes its reader can do for periodicals what Amazon's Kindle is doing for books. "We are keenly interested in this, and expect these devices will be a big part of our future," says Kenneth Bronfin, who heads Hearst's interactive media group.
We must quickly develop low-cost renewable and efficient energy technology to avoid the devastating effects of climate change. This requires a strong financial commitment to clean energy research, development, and demonstration (RD&D) to achieve big breakthroughs.
Historically such funding has been anemic. After a peak in 1978 of $7 billion, U.S. government funding for energy RD&D dropped by more than 70%. Corporate RD&D fell even more, and funding in the early 2000s totaled just 0.3% of sector revenue, compared to 15% in the biotech sector. Is it any wonder the energy sector has struggled to make progress?
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Just one week after launching Google's energy information campaign, we kicked off our first joint smart grid event with GE, a larger clean energy collaboration we announced last fall. Our timing was fortuitous; the event took place just as President Obama signed an historic economic stimulus bill that includes $11 billion to modernize the electricity grid.
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