In addition to the experimental project described here yesterday, there are now two more posted on the U.K. Software Control of Matter Ideas Factory blog which are very likely to be funded — the first experimental, the second theoretical: Directed Reconfigurable Nanomachines We propose a scheme to revolutionise the synthesis of nanodevices, nanomachines, and, ultimately,… Continue reading U.K. nanotechnology project causing U.S. nanoenvy
Earlier we expressed enthusiasm for the UK Software Control of Matter project, and sure enough, they have already made progress toward setting themselves an ambitious, visionary goal which is expected to be funded: We propose to create a molecular machine that will build new materials under software control. The output of the machine will be… Continue reading Brits take lead toward advanced nanotechnology
The U.S. National Academy of Engineering is requesting your input on Grand Challenges for Engineering over the next 100 years. This being Nanodot, we hope you’ll nominate nanotechnology. It’s a serious effort funded by $500,000 from NSF. From the MSNBC coverage: The comments will be winnowed down, then reviewed by an 18-member blue-ribbon committee headed… Continue reading Now you can nominate nanotechnology as Grand Challenge
A medically-oriented nanotechnology game is now available in Beta form, presumably for the PC. NanoMission is aimed at 12-to-18-year-olds: Our aim is to inspire some of the brightest teenagers about the world of nanotechnology, potentially opening their eyes to choosing it as a career. You can see videos here. The action of the game appears… Continue reading Medical nanotechnology game now in Beta
Christian Joachim, winner of Feynman Prizes in Nanotechnology for both experiment and theory, continues his exciting molecular machine systems work with a recent publication authored by a German/French team in Nature Materials titled “A rack-and-pinion device at the molecular scale“. From the summary and conclusion: In this work, we present a molecular rack-and-pinion device for… Continue reading European nanotechnology team builds molecular rack-and-pinion
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
David Leigh, Richard Jones, and other alert readers report that Fraser Stoddart has been knighted for “services to chemistry and molecular nanotechnology.” From the UCLA press release: UCLA professor Fraser Stoddart, director of the California NanoSystems Institute (CNSI), who holds UCLA’s Fred Kavli Chair in NanoSystems Sciences, has been appointed by Her Majesty Queen Elizabeth… Continue reading Knighthood for molecular nanotechnology researcher
The Institute for the Future, in a UK-funded study published on the Stanford website, presents eleven outlooks for nanotechnology over the next 50 years: • Better drug delivery through nanotechnology • Carbon nanotubes and lighter vehicles • The coming nanoshell revolution in oncology • The dream of biochemical nanocomputing • Manufacturing with programmable materials “Advent… Continue reading Nanotechnology: eleven 50-year outlooks
Allison Stoddart of the Royal Society of Chemistry’s magazine Chemical Science interviews nanotechnology researcher David Leigh on the joy of molecular machines in a piece titled “The magic of chemistry”: What motivated you to study molecular machines? I worked in Fraser Stoddart’s group before he made any catenanes or rotaxanes. We made our first catenane… Continue reading Molecular machines: the magic of nanotechnology
The useful website Nanowerk describes a new technique invented by researchers in Spain which should be useful in analyzing nanotechnology devices: Many protein molecules, such as those that process DNA, execute twisting motions, but researchers have only managed to measure the torques in a few cases. Often the random thermal jiggling of water molecules makes… Continue reading Nanotechnology torque detected with exquisite sensitivity
