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Gaming the Future: The Book!

Category: Productive Nanosystems

Now we all can assist UK nanotechnology project

We’ve written before about the nanotechnology-based matter compiler project in the U.K, wishing we could participate. Richard Jones writes that now, we can: You may be interested to hear (and I’m hoping you might post about it on your blog) that we’ve now got a blog running associated with the “Software Control of Matter” sandpit.… Continue reading Now we all can assist UK nanotechnology project

Nanotechnology robotic arm built at NYU

NYU prof Nadrian Seeman, who won the Foresight Institute Feynman Prize back in 1995, has done it again. From Science Daily: New York University chemistry professor Nadrian C. Seeman and his graduate student Baoquan Ding have developed a DNA cassette through which a nanomechanical device can be inserted and function within a DNA array, allowing… Continue reading Nanotechnology robotic arm built at NYU

Rising nanotechnology star: Berkeley's Matthew Francis

At every meeting of the Technology Roadmap for Productive Nanosystems, we find at least one new rising star in nanotechnology. At the recent meeting held at Pacific Northwest National Laboratory, it was Prof. Matthew Francis of UC Berkeley. Access to these folks is one of the main attractions for organizations participating in the Roadmap process.… Continue reading Rising nanotechnology star: Berkeley's Matthew Francis

New nanotechnology movie shows nanocar propulsion

The Future of Things, an online magazine based in Israel, has a nanotechnology article/interview with the clearest explanation I’ve seen of the two generations of nanocars built at Rice University. We’ve discussed this before, but a more comprehensible exposition is always welcome. See especially the Flash movie of how the latest nanocar moves. Some excerpts:… Continue reading New nanotechnology movie shows nanocar propulsion

How a molecular nanotechnology bearing will actually move

Will Ware, whom you may remember from NanoCAD, has done the most accurate simulation and animation of a molecular bearing design to date. He explains: Using NanoEngineer-1 (see http://www.nanoengineer-1.com) and other open-source software, I have created an animated simulation of the molecular bearing design on page 298 of Nanosystems by Eric Drexler. I worked with… Continue reading How a molecular nanotechnology bearing will actually move

Nanotechnology researchers urged to speculate more

In the November 2006 issue of Nano Today, researcher-turned-science-journalist Jason Palmer urges nanotechnology researchers to open up to the public about the long-term promise of their nanotech work: In this sense, it is as important to consider and discuss what can be done as it is to rule out what cannot. Because they are careful… Continue reading Nanotechnology researchers urged to speculate more

UK pulling ahead on nanotechnology matter compiler

The idea of a nanotech-based matter compiler began in the U.S., and we do some relevant computer modeling studies, but the U.K is pulling ahead toward actually building one. Twenty to thirty lucky researchers will gather on January 8-12, 2007, to brainstorm how to do this, after which the U.K. government will spend about US$… Continue reading UK pulling ahead on nanotechnology matter compiler

Next hot job: Molecular engineer for nanotechnology

One of the cover stories in Machine Design is by Mark Sims, CEO of Nanorex, on nanotech molecular modeling in CAD (computer-aided design). For those of us who have already been tracking the field, the most exciting part is at the end: The software does not currently output data that could drive such machines as,… Continue reading Next hot job: Molecular engineer for nanotechnology

National Academies nanotechnology report calls for experimentation toward molecular manufacturing

The long-awaited report on the U.S. NNI from the National Academies’ National Research Council has just been issued. For Foresight, the most important part is the review of molecular self-assembly and molecular manufacturing. Here’s the short form: Molecular Assembly: Self-assembly for the manufacturing of simple devices and materials is feasible, but because the probability of… Continue reading National Academies nanotechnology report calls for experimentation toward molecular manufacturing

Nanotechnology desktop factories timing debated

I remember when the most popular timing estimate for molecular manufacturing was “huh?” Next it was “never”. Then “centuries”. Here’s where we are today, as reported by the Australian Broadcasting Corp.: Dr Peter Binks of Nanotechnology Victoria, a sponsor for Treder’s tour, says his organisation does not “yet buy into the idea” of the desktop… Continue reading Nanotechnology desktop factories timing debated

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