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
Foresight, Battelle, and Working Group members have been working away on our Technology Roadmap for Productive Nanosystems since late 2005. Now the Society of Manufacturing Engineers is pitching in on co-sponsoring the launch conference. Below is the press release; we hope to see you at the conference! —Christine Technology Roadmap for Productive Nanosystems to be… Continue reading Nanotechnology Roadmap launch: Productive Nanosystems Conference, Oct 9-10
Nanowerk brings our attention to a new report by the Joint Economic Committee of the U.S. Congress titled Nanotechnology: The Future is Coming Sooner Than You Think (pdf), apparently authored by Senior Economist Joseph V. Kennedy and sponsored by Rep. Jim Saxton (R-NJ). On molecular nanosystems: At this stage a single product will integrate a… Continue reading Visionary Congressional report on nanotechnology
In The Examiner, An Army of Davids author Prof. Glenn Reynolds makes nanotechnology one of his four technologies that deserve speeding up: Nanotechnology — a technology for making and engineering things on the molecular scale — is already a force in many areas, but at the moment it’s mostly a source of high strength materials,… Continue reading "Faster please" on nanotechnology
A recent issue of the useful journal Nanotechnology Law & Business includes a review (pdf) by Daniel Moore of J. Storrs Hall’s book Nanofuture: What’s Next for Nanotechnology. The conclusion: Nanofuture: What’s Next for Nanotechnology will be of interest to those looking for an introduction to the concepts of nanotechnology and molecular manufacturing. It is… Continue reading What's next for nanotechnology
We mentioned earlier the Harvard Business Review list of Breakthrough Ideas for 2007. Nanotechnology shows up again in another idea on the list — this one rather more controversial. Phillip Longman observes that falling birthrates lead, over time, to an increase in families with more conservative values, because they reproduce more. Seems plausible. He then… Continue reading Nanotechnology alleged to aid patriarchy
Celebrating its 20th anniversary, the nanotechnology classic book Engines of Creation is out in a new, free e-book version (5.4 MB pdf) from WOWIO. Material added since the original edition includes a Letter from the Author, Feynman’s 1959 talk, Advice to Aspiring Nanotechnologists (very similar to the author’s Foresight Briefing 1: Studying Nanotechnology, a longtime… Continue reading Nanotechnology classic Engines of Creation new edition
The Harvard Business Review has named its top 20 Breakthrough Ideas for 2007, and home-based, atomically-precise manufacturing makes the list. Business in the Nanocosm, by UC Berkeley business prof Rashi Glazer, does a good job of conveying the future of home-based nanomanufacturing. Excerpts: Conventional manufacturing carves or distills a purpose-suited device from a mass of… Continue reading Nanotechnology: Just-in-time nanomanufacturing at home
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
From the Popular Mechanics Breakthrough Awards for 2006, MIT’s Angela Belcher and colleagues are using viruses to build at the molecular level: VIRAL MANUFACTURING Innovators: Angela Belcher, Yet-Ming Chiang, Paula Hammond MIT scientists reached a major nanotech milestone: re-engineering a virus to create a self-assembling product. THE GOAL OF nanofabrication is to make tiny machines… Continue reading Viruses begin to do nanotechnology construction at MIT
