Mark A. Bedau /
He is an internationally recognized leader in the study of complex adaptive systems. He is also leading the development of socially and ethically responsible practices for creating life-like systems. Dr. Bedau has been Professor of Philosophy and Humanities at Reed College since 1991, and has been Editor-in-Chief of the »Artificial Life journal since 2000. He holds a Ph.D. in Philosophy from the University of California at Berkeley (1985).
Source: protolife.net , 2006-10-21.
Papers:
- Bedau M.A., Buchanan A., Gazzola G., (2005) Evolutionary design of self-assembling chemical systems: models and experiments » paper.pdf
* Bedau M.A., Buchanan A., Gazzola G., Hanczyc M., Maeke T., McCaskill J., Poli I., Packard N.H. (2005) Evolutionary design of a DDPD model of ligation. » paper.pdf * Bedau M.A., McCaskill J., Packard N.H., Rasmussen S., Adami C., Green D.G., Ikegami T., Kaneko K., Ray T.S. (2000) Open Problems in Artificial Life » Link to Artificial Life | abstract.html | preprint.paper.pdf
You might also visit Marc Bedau's »website . | »DBLP-entry |
Osamu Katai /
Osamu Katai is a Doctor of Engineering at the Department of Systems Science of the Kyoto University, Japan. His fields of interest are intelligent and emergent systems, information theory on life systems and the communication between individuals of multi-agent systems.
»homepage at the Kyoto University | »DBLP entry |
Shuichi Matsuzaki /
Mr. Matsuzaki was a student at the University of Aizu in Aizu-Wakamatsu, Japan. He became doctor in 2005 an left Aizu to continue research at an other japanese university. He published some papers together with HideakiSuzuki and MinetadaOsano:
»DBLP entry |
John S. McCaskill /
John S. McCaskill is a Professor of Theoretical Biochemistry, working at the Friedrich-Schiller-University in Jena and Bochum. Professor McCaskill is the leader of the BioMIP research group and currently coordinates the EU integrated project Programmable Artificial Cell Evolution » PACE ).
» DBLP entry |
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Kevin Burrage /
Kevin Burrage is a Professor of Computational Mathematics at the University of Queensland, Australia, and was a former member of the » Institute for Molecular Bioscience of the University. He also is the director of the Advanced Computational Modelling Centre. Since 2003 he works as a Federation Fellow. His fields of interest are: (multi-scale) modelling in biological sciences, computational biology and some special mathematical fields. He did some work on modelling and creating chemical systems, as you can see here:
- Turner T.E., Schnell S., Burrage K. (2004) Stochastic approaches for modelling in vivo reactions » paper.pdf
| paper.pdf * Burrage K., Tian T., Burrage P. (2004) A multi-scaled approach for simulating Chemical Reaction Systems » paper.ps * Burrage K., Tian T. (2003) Poisson Runge-Kutta methods for Chemical Reaction Systems » paper.pdf * Burrage K., Burrage P., Jeffrey S., Pickett T., Sidje R., Tian T. (2003) a grid implementation of chemical kinetic simulation methods in genetic regulation » paper.pdf
» Homepage | » DBLP-entry |
Timothy James ("Tim") Hutton /
Tim Hutton is a Research Fellow & PhD student from the Eastman Dental Institute, University College London.
He worked on bioscience computing such as research on evolvable Systems and self-replicating structures in artificial chemistries. Further work of him is related to the biomedical sector, e.g. medical image processing and computer vision research. He also did application development for hand-held devices and general application development.
He also publicated papers related to AC:
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More personal information is given at his homepage » sq3.org.uk | » DBLP-entry |
Yoh Iwasa /
Mr. Iwasa is a Professor of Theoretical Biology at the Department of Biology, Kyushu University, Japan. As such he is of course interested in Theoretical Biology. Examples of his study areas include: pattern formation in cone mosaic of fish retina, leaf vein formation, circadian rhythm, somatic evolution of cancer, genomic imprinting, mate preference evolution, forest dynamics both in temperate and tropics, species coexistence and diversity in coral reef, and population extinction risk of animals and plants. Although he his main work uses methods of population biology, he also has a paper wich might be assigned with artificial chemistry, too:
»Homepage | »DBLP entry |
Naoaki Ono /
Naoaki Ono was a Doctor (or student ?) at the IkegamiLab at the Graduate School of Arts and Sciences of the University of Tokyo, Japan.
I'm interested in the origins of primitive self-maintaining cells, how such structure can emerge from the pre-cellular environment. To approach these problems, I am studing on the abstract chemial model which simulates the non-equilibrium chemical reactions and self-organization of membrane molecules.
Source: Backup of the Ikegami Lab. Website , 2006-10-21.
A few more information can be found at »http://www.his.atr.jp/~nono/ | »DBLP entry |
Peter R. Wills /
As a scientist in the field of physical biochemistry, Professor Peter Willis investigated facts on some diseases an later began to interest for the origin of life. He worked for a while with Stuart Kauffman at the SantaFe Institute, with Manfred Eigen in Göttingen and also with John McCaskill in Bonn. In collaboration with other scientists, he contributed to theories of genetic coding and autocatalytic networks and critical-state self-organised systems.
Here are some of his papers:
»Homepage at the »University of Auckland |
Jens Ziegler /
Dr. Ziegler was a former student of WolfgangBanzhaf and researcher at the field of artificial life and artificial chemistry. Today, he works at the National office for data processing and statistics of North Rhine-Westphalia, Germany.
His main publications on artificial chemistry are:
It seems like there's no personal homepage available. (If i'm wrong, please correct me at DiscussTheACSite) | » DBLP entry |
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