Nanotechnology Law

Ironically, there is something rather cloudlike about the multiple complaints surrounding Google. The issues are best parted into two cumuli: a set of “public” arguments about how to regulate Google; and a set of “private” ones for Google's managers, to do with the strategy the firm needs to get through the coming storm. On both counts, Google—contrary to its own propaganda—is much better judged as being just like any other “evil” money-grabbing company.

Many see REACH as more protective of public health and the environment than TSCA. As such, there is a growing movement in the United States for the adoption of REACH-like chemical regulations. For those calling for a complete reassessment of TSCA, the revolution in nanotechnology has come at the right time. They argue that TSCA cannot cope with the challenges of nanotechnology, so therefore the law should be revamped to prepare for the next wave of technology. A number of states are currently considering their own REACH-like laws, and the "opening" of TSCA (Capitol Hill-speak for rewriting the law) seems increasingly likely in the coming years.

The Code will be a voluntary code. Like other principles-based codes, it will illustrate expected behaviours and processes, not standards of performance. Indicators of compliance could be developed at a later stage. The Code is not intended, however, to be an auditable standard, it will not detail levels of performance expected of companies, nor will it give guidance on definitions, characterisation and measurement.

It is not intended that this Code supersedes or replaces the development of future legislation and regulation for nanotechnologies; however, given the absence of comprehensive appropriate legislation at present, it aims to provide clear guidance about the expected behaviour of companies in relation to their nanotechnology activities. It is hoped that the Code and the process of its development might assist with the evolution of such legislation by clarifying the principles which may underpin more detailed, verifiable, standards.

It sounds like the corporate paradise of the future. Workers organize themselves, coalescing around natural leaders and gravitating to the most exciting projects. There are no middle managers, no hierarchies, no fixed assignments.

Nourished on instant messaging, blogs, wikis, chat groups, playlists, peer-to-peer file sharing, and online multiplayer video games, the Net Generation will increasingly bring a heightened comfort with technology, inclination toward social connectivity, more emphasis on creativity and fun, and greater diversity to the companies they work for and to the companies they found themselves.

Eighty million young people are entering the U.S. workforce. Are today's senior managers ready?

"...so imagine a third world country somewhere in the year 2035, most home industries wiped into oblivion by nanotech minifacs, traditional agriculture wiped into oblivion by cheap biogenetics and superefficient nanotech based agriculture - those people would be without any product in demand, locked away from resources and raw materials, largely incapable of coping because of traditionalist lifestyles..."

A new report from the Project on Emerging Nanotechnologies, Where Does the Nano Go? End-of-Life Regulation of Nanotechnologies, addresses these issues. Authored by Linda K. Breggin and John Pendergrass, legal experts from the Environmental Law Institute (ELI), the report presents the most comprehensive analysis to-date of two key Environmental Protection Agency laws that regulate the end-of-life management of nanotechnology. These are the Resource Conservation and Recovery Act (RCRA), and the Comprehensive Environmental Response, Compensation and Liability Act (CERCLA), also known as the Superfund statute.

The report is timely. Today, there are over 500 company-identified nanotechnology consumer products on the market, all of which will sooner or later be disposed of. These products can be seen in an online inventory maintained by the Project on Emerging Nanotechnologies. This inventory does not include nanotech products being sold but not identified as such, or the hundreds of nano raw materials, intermediate components, and industrial equipment items used by manufacturers today.