Our National Optimists Party has long advocated credit, though we stand foursquare against the enslavement of debt. We are therefore wholly in favor of the bailout, though we find the sums discussed miserly in the extreme and manifestly insufficient to the purpose. We propose to bailout the entirety of the economy, to pardon the whole of the nations debt to itself, using those monies instead to fund a wholesale mobilization of the nations resources for twenty years, during which time we shall -Attain sustainable energy independence -Reform education and healthcare -Construct and deploy a new transportation and communications infrastructure -Develop and implement molecular manufacturing -Conduct large-scale environmental restoration Just think of it! The patents alone for the passel of new inventions well create in the process will, by themselves, generate untold riches for the nation, to say nothing of the wonderful quality of life and enduring appreciation from all quarters, now and forever, that will be ours. Abandon those who hem and haw, trifle, straddle fences. Ours is the era of the epic and we call upon you all of you – to be epic heroes. This is Eve Darling, National Optimists Party candidate for president saying, All hands on deck full speed ahead.
On August 24 2005, the School of Physics & Astronomy at the University of Nottingham hosted a debate entitled “Nanotechnology: Radical new Science or Plus Ça Change?” This brought together leading British scientists and key proponents of the molecular manufacturing concept (originally put forward by K. Eric Drexler in 1981) to debate the science, feasibility, and potential of nanomachines. A variety of thought-provoking technical and societal issues were raised during the well-attended two hour session (which featured as a component of the Engineering and Physical Sciences Research Council-funded 2005 UK Summer School in Surface Science). Video Rating: 5 / 5
On August 24 2005, the School of Physics & Astronomy at the University of Nottingham hosted a debate entitled “Nanotechnology: Radical new Science or Plus Ça Change?” This brought together leading British scientists and key proponents of the molecular manufacturing concept (originally put forward by K. Eric Drexler in 1981) to debate the science, feasibility, and potential of nanomachines. A variety of thought-provoking technical and societal issues were raised during the well-attended two hour session (which featured as a component of the Engineering and Physical Sciences Research Council-funded 2005 UK Summer School in Surface Science).
For the 2010 Body Forward First Lego League season, we have chosen a project that is for patients with osteopenia (low bone mass) and a way to prevent osteoporosis. We have combined the current technologies of stem cell research, synthetic materials to mineralize the new bone quickly, and nanotechnology. Although nanobots seem like a way off in the future idea, the truth is they should be being used for medical procedures by 2020. In order to build nanobots, you would have to do what most people feel is impossible, but IBM has already achieved it! IBM has recently achieved the ability to build things 1 molecule at a time. This breakthrough is called molecular manufacturing. Up until now all we’ve known of is atomic level manufacturing, but all of that is about to change drastically. The stem cells that would be delivered by the nanobots or stimulated to reproduce themselves quicker in younger patients are called osteoblasts. Osteoblasts are new bone cells that start out soft, but mineralize over time with the help of minerals like calcium and phosphorus. Researchers have discovered that electro spun and elctrosprayed nanfibrous materials mineralize osteoblasts at a much higher rate than regular minerals. Nanobots will be able to be built with numerous different substances like synthetic hydroxyapatite. Hydroxyapatite is a new synthetic ceramic that actually promotes the growth of osteoblasts in test trials. The nanobots will deliver the stem cells, the electro spun … Video Rating: 0 / 5
