Samudrala Computational Biology Research Group ongoing researchhttp://compbio.buffalo.edu/research.html
scientific research is computational biology, genomics, and proteomics. The goal is to elucidate processes responsible for protein, small molecule, nucleic acid, and interactome s
Evolution and the cognitive neuroscience of awareness, consciousness and languagehttps://www.hedweb.com/bgcharlton/awconlang.html
some of the most computationally difficult tasks, such as those concerned with vision) proceeds perfectly well without awareness of processing, the question arises: why should awa
by Bruce G Charlton
Peter Neumann's Home Pagehttps://www.csl.sri.com/users/neumann/
Oettinger's seminars on computational linguistics, in which Al and I used Fred and Bill's Markov analysis of 37 common-meter hymn tunes on the Harvard Mark IV to compose generate
Vitalism and Psychologyhttps://arcaneknowledge.org/science/vitapsych3.htm
adder, that the same computational process can be given diverse interpretations or meanings. The only thing an electronic or chemical component knows is what is in its immediate v
Nanofactory Collaborationhttp://www.molecularassembler.com/Nanofactory/
Nanomechanical Design Computational tools for molecular machine modeling, simulation and manufacturing process control must be created to enable the development of designs for dia
What's New! December 1993http://home.mcom.com/home/whatsnew/whats_new_1293.html
is online for the Computational Science Education Project , an education project sponsored by the U.S. Dept. of Energy. They have developed a textbook for teaching computational s
Computation isn't Consciousness: The Chinese Room Experimenthttps://lukesmith.neocities.org/vids/chinese_room
it’s a critique of the computational theory of mind, or at least the computational theory of mind with respect to consciousness. Okay, so it’s very simple. Let’s say this: suppose
Dalke Scientific: Corporate Newshttp://www.dalkescientific.com/news/
Python libraries for computational chemistry and biology. NBN slides available April 11, 2004 : Andrew Dalke of Dalke Scientific Software was asked by the National Bioinformatics
The Biointelligence Explosion as conceived by ChatGPThttps://www.biointelligence-explosion.com/chatgpt/
learning and other computational approaches. Ethical considerations: Pearce places a significant emphasis on the ethical and moral considerations of creating superintelligent bein
Being Analoghttps://pages.ucsd.edu/~dnorman/DNMss/Being_Analog.html
The result is that the computational basis is dynamic, capable of rapid, fundamental change. Affect, emotion, and mood all play a powerful &emdash; and as yet poorly understood &e
The Library of the Amazonhttp://bactra.org/Ferris/Library_of_the_Amazon/
in such a program are computational entities. Each cell is assigned a set of instructions - an algorithm - that tells it how to respond to the behavior of adjacent cells. A progra
Method and critiquehttp://www.paultaylor.eu/ASD/foufct/method.html
the middle, whilst the computational interpretation (bottom right) depends on the details of the resulting calculus (§ 2.3 ). We shall show how this programme works for the
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