Ralph Hermansson writes about nanotechnology safety in today’s San Francisco Chronicle. He had interviewed me for the piece: Bacteria-proof forks and knives. Pants that never get stains. Computer chips with a considerably better memory, making conventional chips seem almost senile. Sports equipment made of materials that are much harder yet more lightweight than today. Science… Continue reading Nanotechnology: Blobs, Shapes & Chunks must be treated differently
Jim Lewis’s Weekly News Digest (see Join Email List at upper right) brings to our attention a New Scientist piece on work by Mihri Ozkan of UC Riverside and colleagues in the US and Italy combining quantum dots and viruses to make nanoscale memory devices: The researchers have successfully performed a number of read-write-erase cycles… Continue reading Nanotechnology moves toward nanomachines and nanorobotics
Foresight advisor John Gilmore brings our attention to the use of nanotechnology to inject a nanoscale cargo directly into a human cell. Lynn Harris writes in Science@Berkeley about work by Alex Zettl and team: The prick of a flu shot may momentarily sting, but the penetration of the needle does no lasting harm to the… Continue reading Nanotechnology injects into living human cell
Marvin Hofberg of the American Academy of Anti-Aging Medicine sends info on nanotechnology for medicine and longevity: Among the scientific and medical phenomena unveiled at the Eighth Congress that are projected to revolutionize the delivery of healthcare and, as a result, improve the quality and extend the quantity of the human lifespan: • Nanobots, fleets… Continue reading Medical nanobots: Nanotechnology desired but not here yet
Nanotechwire.com reports on clever work at UCSD on detecting cancer using today’s early nanotechnology-based particles: There is a growing recognition among cancer researchers that the most accurate methods for detecting early-stage cancer will require the development of sensitive assays that can identify simultaneously multiple biomarkers associated with malignant cells. Now, using sets of nanoparticles designed… Continue reading Nanotechnology logical OR to fight cancer
Here at Foresight we have members with paraplegia and at least one with quadraplegia — it would be great if nanotechnology could help. Advanced nanotech should have cell repair abilities, but what can be done sooner? Medical News Today reports on promising current research: The ability to regenerate nerve cells in the body could reduce… Continue reading Nanotechnology for nerve cell regeneration
Ian Hoffman reports in InsideBayArea.com: Cal scientist heralds era of nanotechnology Chemistry professor wins prestigious award, $500,000 grant Experts said last week that the early days of nanotechnology, when scientists created new materials at the scale of billionths of a meter, is starting to evolve into a new era of tiny yet complex machines. These… Continue reading Prizewinner foresees complex nanotechnology-based machines
Now we can all explore a French version of the Powers of Ten, produced as part of a nanotechnology exhibit by the Cité des Sciences et de l’Industrie museum in Paris, brought to our attention by Foresight Senior Associate Gina Miller. Topics covered include Basics, Techniques, Uses, Ethics, “The Debate”, and Nanojourney (the powers-of-ten style… Continue reading Visionary French view of nanotechnology online
I tell audiences that the day is coming when nanotechnology will be able to tell what they ate or smoked. That day is coming closer, according to Nanowerk News: To this day, fingerprints are just the thing when a perpetrator needs to be arrested or a person needs to be identified. British scientists working with… Continue reading Nanotechnology for drug detection
Lung cancer is a terrible disease, and anyone can get it. It’s hard to detect. Now a grad student is making progress at building a detector, reports Azonano.com: “With this technology, a future scenario might be that you go to the doctor every year for an annual checkup; he draws about 10 cc’s of your… Continue reading Early cancer detection by early nanotechnology
