Members of the fast-growing "synthetic biology" research community are designing and constructing novel organisms and biologically-inspired systems -- or redesigning existing organisms and systems -- to solve problems that natural systems cannot. The range of potential applications for synthetic biological systems runs broad and deep, and includes such profoundly important ventures as the microbial-based production of advanced biofuels and inexpensive versions of critical therapeutic drugs.
synthetic biologists aim to create biological circuits that can be used for the safer and more efficient construction of increasingly complex functions in microorganisms. A central component of such circuits is RNA, the multipurpose workhorse. Full article here: http://www.sciencedaily.com/releases/2011/05/110526103006.htm
So are the nanoparticles inside Alister so far fetched?
come to think of it, yes, it is sci-fi after all :-)
Download 'The Cloud Connection' ebook for the whole story.
ScienceDaily (June 2, 2011) — Even tiny gold nanoparticles, with a diameter of only 40 millionths of a millimeter, have something like a heartbeat. When focusing a short laser pulse on the particles they heat up very briefly and start to vibrate. But even the best microscopes can not resolve these nanoparticles, which are therefore very difficult to study.
The Janus Supercomputer uses Gold and other Noble metal nanoparticles tracked by a laser array as part of its quantum processing.
Structure and Operation of the Quantum Supercomputer
The core of the processing within the Janus Supercomputer is based upon Shors algorithm using photonic quantum gates.
Janus is the first and only quantum supercomputer to be 80% liquid: a liquid that actually generates and recycles up to thirty five percent of its own energy whilst in operation. There is no memory, CPU or hard drive. The liquid quantum supercomputer contains a suspension of Rare-earth – d-transition-metal compounds, particles of diamond, gold, silicon and tetragonal compounds. These are used to trigger quantum calculations.
The core of the processing within the Janus Supercomputer is based upon Shors algorithm using photonic quantum gates.
Janus is the first and only quantum supercomputer to be 80% liquid: a liquid that actually generates and recycles up to thirty five percent of its own energy whilst in operation. There is no memory, CPU or hard drive. The liquid quantum supercomputer contains a suspension of Rare-earth – d-transition-metal compounds, particles of diamond, gold, silicon and tetragonal compounds. These are used to trigger quantum calculations.
(from 'An Introduction to Janus' Howards, Earl and Phillips. Montclair University.

