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Gaming the Future: The Book!

Category: Artificial Molecular Machines

Nanotechnology assemblers: likely or unlikely?

The current issue of Nanotechnology Law and Business (Vol. 4, Issue 2) includes a surprising article called “Nanoassemblers: A Likely Threat?” by Martin Moskovits, a Professor of Chemistry and Biochemistry and Dean of the Division of Mathematical and Physical Sciences at the University of California Santa Barbara. I saw this just as I was heading… Continue reading Nanotechnology assemblers: likely or unlikely?

June 30 deadline for Feynman Prize in Nanotechnology nominations

Foresight will be issuing our own release, but our partner SME got theirs out first, so here it is. Please make your nominations by June 30. It’s easy, and it’s okay to nominate your own research. Feynman Prizes in Nanotechnology Nominations due June 30 Top Nanotech Researchers to be Honored at Productive Nanosystems Conference DEARBORN,… Continue reading June 30 deadline for Feynman Prize in Nanotechnology nominations

Nanotechnology: Enough with the wet/dry debate already

Nanowerk brings to our attention some confusion on an IEEE blog: Somewhere along the line, the advocates for molecular nanotechnology (MNT) seem to have lost interest in actually seeing molecular manufacturing come to pass if it meant that the concepts of the mechanically engineered approach (Dry) are abandoned in favor of a biologically engineered method… Continue reading Nanotechnology: Enough with the wet/dry debate already

Nanotechnology: Toward matter programmable to atomic precision

In the Edigest email from Nanotechnology.com, we found the interview below with a young researcher whose work has been mentioned here before. Normally we don’t reprint items in their entirety, but I could not find this on the Nanotechnology.com website, or elsewhere on the web, so here it is. Its appearance in the Edigest was… Continue reading Nanotechnology: Toward matter programmable to atomic precision

Nanotechnology vs. climate change

Engineering News tells of a study by Frost & Sullivan on how nanotechnology can make a difference in addressing the issue of climate change: The report looked at five areas where nanotechnology could be helpful, which included the areas of fuel additives, solar cells, the hydrogen economy, batteries and supercapacitors, and insulation. In terms of… Continue reading Nanotechnology vs. climate change

Meet the Nubot: DNA nanotechnology robots

Aharia Nair brings to our attention the new term Nubot, for Nucleic Acid Robots. Wikipedia explains: Nubot is an abbreviation for “Nucleic Acid Robots.” Nubots are synthetic robotics devices at the nanoscale. Representative nubots include the several DNA walkers reported by Ned Seeman’s group at NYU, Niles Pierce’s group at Caltech, John Reif’s group at… Continue reading Meet the Nubot: DNA nanotechnology robots

Nanotechnology podcast: Nanocars and Nanofactories

Karen Schmidt, whose writing has been featured here recently, brings our attention to nanotechnology podcasts, posted at NISEnet and the Exploratorium, as well as on ITunes. One example: Vroom! Nanocars and Nanofactories In this edition of SmallTalk, we hear from the man who builds the world’s smallest vehicles. He calls them “nanocars.” Dr. Jim Tour,… Continue reading Nanotechnology podcast: Nanocars and Nanofactories

Nanotechnology machines may benefit from arcane bond

Oregon State researchers led by Pui Shing Ho, professor and chair of the OSU Department of Biochemistry and Biophysics, have “re-discovered” and are now exploring the uses of the halogen bond for nanotechnology. From the PNAS abstract: The halogen bond, a noncovalent interaction involving polarizable chlorine, bromine, or iodine molecular substituents, is now being exploited… Continue reading Nanotechnology machines may benefit from arcane bond

NSF: "Moving very fast" toward molecular nanotechnology

A wide-ranging interview of NSF’s Mihail Roco includes an opinion on the rate of advance of nanotechnology toward its more advanced stages: If you look toward the future, the field is moving very fast from studying simple components – like nanotubes, nanoparticles, quantum dots – to studying active devices and nanosystems. We are also beginning… Continue reading NSF: "Moving very fast" toward molecular nanotechnology

Power system invented for nanotechnology

Since the concept of nanosystems first arose, people have asked “how will these things be powered?” Now there’s another answer from Z.L. Wang at Georgia Tech, in a paper published April 6 in Science. Extremetech explains: The generators use a series of vertically aligned zinc oxide nanowires that move inside a zigzag plate electrode. These… Continue reading Power system invented for nanotechnology

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