A new DNA base pair that works with at least one enzyme that replicates DNA opens up new possibilities for nanotech.
A new DNA base pair that works with at least one enzyme that replicates DNA opens up new possibilities for nanotech.
Chemistry World over at RSC.org tells of a happy new research result in the area of nanotechnology for energy: Two teams of US scientists have demonstrated silicon-based ‘thermoelectric’ materials that could convert waste heat back into electricity – potentially giving a boost to the efficiency of everything from power stations to refrigerators… The thermoelectric effect… Continue reading Surprise: silicon nanotechnology turns heat into electricity
In the postal mail today is the annual research report (PDF) of the CNSI, California NanoSystems Institute. Last month on Dec. 14 was the dedication ceremony (includes video) for their beautiful new nanotechnology building at UCLA. Thirteen projects were singled out for coverage in this year’s report. Our favorite is “Nano Machine Center for Targeted… Continue reading Nanomachines to fight cancer at California NanoSystems Institute
From Physorg.com, a description of some theoretical nanotechnology work that could lead to more efficient molecular machines: …R. Dean Astumian, a Physics Professor at the University of Maine, has recently proposed a concept in which molecular machines can operate arbitrarily close to chemical equilibrium at every instant of the cycle, and still perform work at… Continue reading Kinder, gentler molecular machine for nanotechnology
Enough with the nanoparticles already — we want molecular nanosystems. Los Angeles will be the place to be this January when two powerhouse academic institutions come together to push forward toward this goal. Here’s the scoop, in full, as received by email: California NanoSystems Institute and Kyushu University Global COE Present Joint Symposium on Molecular… Continue reading Molecular nanosystems: Where nanotechnology wants to go
Foresight members will recognize the names of researchers Robert Freitas and Tad Hogg. These two in the U.S. have now teamed with others from Australia to model nanotechnology robotics for medical applications, as described at PhysOrg.com. Excerpts: Virtual 3D nanorobots could lead to real cancer-fighting technology From eliminating the side effects of chemotherapy to treating… Continue reading Nanotechnology modeling for medical nanorobots
Most of us avoid thinking much about the testing of human products on animals to check for safety. It’s distressing and we wish there were another, better way. Nanotech should eventually make such testing entirely obsolete, and the early stages of this process have begun. You can hear the latest in London this May at… Continue reading Nanotechnology to reduce testing on animals?
Today’s nanotechnology is just the beginning of what will be possible from atomically-precise devices and systems, but already we’re seeing some impressive claims for early nanotech: Researchers have developed a low-cost, low-power computer memory that could put terabyte-sized thumb drives in consumers’ pockets within a few years. Thanks to a new technique for manipulating charged… Continue reading Nanotechnology to enable video of entire human life
Various kinds of nanotechnology are being worked on in China, but one of the most important on the pathway to a general ability to build with atomic precision is what is called functional supramolecular systems. We at Foresight wish we could all have been in Beijing on Oct. 21-24 for the Xiangshan Science Conference on… Continue reading Nanotechnology in China: Functional supramolecular systems
MSNBC brings news of a new nanotechnology achievement at University of Michigan: Nanotech produces plastic as strong as steel Researchers mimic structures found in seashells, using clay and glue By mimicking structures found in seashells, scientists have created a transparent plastic that is as strong as steel… Kotov and his colleagues have devised a process… Continue reading Nanotechnology plastic as strong as steel
