Journal: Complexity

Volume 16, Issue 6

1 -- 4Carlos Gershenson. Complexity at large
5 -- 9Peter Schuster. Is there a Newton of the blade of grass? : The Complex Relation Between Mathematics, Physics, and Biology
10 -- 16Marta Bertolaso, Alessandro Giuliani, Laura De Gara. Systems biology reveals biology of systems
17 -- 31Joseph Esfandiar Hannon Bozorgmehr. Is gene duplication a viable explanation for the origination of biological information and complexity?
32 -- 39Mircea V. Diudea, Aleksandar Ilic, Kurt Varmuza, Matthias Dehmer. Network analysis using a novel highly discriminating topological index
40 -- 52Maciej Komosinski, Marek Kubiak. Quantitative measure of structural and geometric similarity of 3D morphologies
53 -- 61Jianxi Luo, Christopher L. Magee. Detecting evolving patterns of self-organizing networks by flow hierarchy measurement
62 -- 65Martin Shubik. El Farol revisited: A note on emergence, game theory, and society

Volume 16, Issue 5

1 -- 6Carlos Gershenson. News items
7 -- 8Alfred Hübler, Cory Stephenson, Dave Lyon, Ryan Swindeman. Fabrication and programming of large physically evolving networks
9 -- 16Junius André F. Balista, Dranreb Earl O. Juanico, Caesar A. Saloma. The brazilian nut effect by void filling: an analytic model
17 -- 26Richard A. Watson, C. L. Buckley, Rob Mills. Optimization in self-modeling complex adaptive systems
27 -- 36Mohammed Shahadat Uddin, Liaquat Hossain, Shahriar Tanvir Hasan Murshed, John W. Crawford. Static versus dynamic topology of complex communications network during organizational crisis
37 -- 44Carlos Gershenson. The sigma profile: A formal tool to study organization and its evolution at multiple scales
45 -- 53David Mertens, Richard Weaver. Individual and collective behavior of vibrating motors interacting through a resonant plate
54 -- 62Stirling A. Colgate, Hans Ziock. A definition of information, the arrow of information, and its relationship to life

Volume 16, Issue 4

1 -- 5Carlos Gershenson. Complexity at large
6 -- 9Peter Schuster. Networks in biology: Handling biological complexity requires novel inputs into network theory
10 -- 21Takayuki Niizato, Yukio-Pegio Gunji. Applying weak equivalence of categories between partial map and pointed set against changing the condition of 2-arms bandit problem
22 -- 28Andrew M. Stein, David A. Vader, David A. Weitz, Leonard M. Sander. The micromechanics of three-dimensional collagen-I gels
29 -- 38Anton Burykin, Madalena Costa, Chung-Kang Peng, Ary L. Goldberger, Timothy G. Buchman. Generating signals with multiscale time irreversibility: The asymmetric weierstrass function
39 -- 47Allison K. Shaw, Milena Tsvetkova, Roozbeh Daneshvar. The effect of gossip on social networks
48 -- 57Nicholas Geard, Seth Bullock, Rolf Lohaus, Ricardo B. R. Azevedo, Janet Wiles. Developmental motifs reveal complex structure in cell lineages
58 -- 68Yair Neuman, Ophir Nave, Eran Dolev. Buzzwords on their way to a tipping-point: A view from the blogosphere

Volume 16, Issue 3

1 -- 5Carlos Gershenson. Complexity at large
6 -- 9Peter Schuster. Power laws in biology: Between fundamental regularities and useful interpolation rules
10 -- 26Jürgen Klüver. A mathematical theory of communication: Meaning, information, and topology
27 -- 40Eric J. Chaisson. Energy rate density as a complexity metric and evolutionary driver
41 -- 48Christopher J. May, Michelle Burgard, Imran Abbasi. Teaching complexity theory through student construction of a course wiki: The self-organization of a scale-free network
49 -- 57Hiroki Sayama, Dene L. Farrell, Shelley D. Dionne. The effects of mental model formation on group decision making: An agent-based simulation

Volume 16, Issue 2

1 -- 4Carlos Gershenson. Complexity at large
5 -- 7Alfred Hübler, Austin Gerig. Are discrete models more accurate?
8 -- 10Seth Bullock, Nicholas Geard. Spatial embedding as an enabling constraint: Introduction to a special issue of complexity on the topic of Spatial Organization
11 -- 19Andrew J. Evans. Complex spatial networks in application
20 -- 28Seth Bullock, Lionel Barnett, Ezequiel A. Di Paolo. Spatial embedding and the structure of complex networks
29 -- 34Christopher L. Buckley, Seth Bullock, Lionel Barnett. Spatially embedded dynamics and complexity
35 -- 44Philip Husbands, Andrew Philippides, Patrícia Amâncio Vargas, Christopher L. Buckley, Peter Fine, Ezequiel A. Di Paolo, Michael O Shea. Spatial, temporal, and modulatory factors affecting GasNet evolvability in a visually guided robotics task
45 -- 50Stephen P. Womble, Netta Cohen. Time and space in neuronal networks: The effects of spatial organization on network behavior
51 -- 63Michael Batty. Visualizing space-time dynamics in scaling systems

Volume 16, Issue 1

1 -- 5Carlos Gershenson. Complexity at large
6 -- 9Alfred Hübler, James P. Crutchfield. Order and disorder in open systems
20 -- 23Ricard V. Solé. Genome size, self-organization and DNA s dark matter
24 -- 33Frank Emmert-Streib, Matthias Dehmer. Identifying critical financial networks of the DJIA: Toward a network-based index
34 -- 42Mirsad Hadzikadic, Ted Carmichael, Charles Curtin. Complex adaptive systems and game theory: An unlikely union
43 -- 55A. G. Hunt, T. E. Skinner. Predicting dispersion in porous media
56 -- 64Fernando Eesponda, Matías Vera-Cruz, Jorge Tarrasó, Marco Morales. The complexity of partition tasks