What I'm looking for are examples not of technologies that directly
constitute changes to humans (such as cochlear implants, artificial
retinas, etc.), but technologies that accelerate the development of such
things.
Things that accelerate progress in ways that may speed up development of
technologies that augment humans:
Faster chips.
DNA computers, protein memory.
Quantum computers.
Optical computing.
3-D modelling of biochemistry.
Fuzzy logic search algorithms to detect patterns in genes.
Hypertext, agents, database search tools for digging through massive
amounts of information. (Specific examples of such tools?)
Technologies that accelerate development of human augmentations:
Computer-aided design.
Simulation of biochemical systems to discover effective new drugs (specific
examples of this?)
Faster genome sequencing.
DNA chips for testing sequences of DNA to determine function. (Also
positional cloning to discover disease-causing genes and maybe
ability-carrying genes.)
MRI, PET, and other brain scanning technologies.
Computers creating new things:
The Argonnes Lab automated problem solver that solved the Robbins problem.
(Mathematical creativity.)
Drexler’s suggestion of automated engineering.
Dawkin’s Biomorph Land program and artificial life such as Tom Ray’s
Tierra. (Anyone have a URL for info on Tierra?)
Genetic algorithms.
Economic models using bottom-up analysis (letting models of individuals and
firms generate their own results).
Computer novelists. (Specific references for stories and novels written by
computers appreciated.)
Examples of learning algorithms?
Thanks,
Max
Max More, Ph.D.
more@extropy.org
http://www.primenet.com/~maxmore
President, Extropy Institute, Editor, Extropy
exi-info@extropy.org, http://www.extropy.org
(310) 398-0375