International Journal of Unconventional Computing, Volume 5

Volume 5, Number 1, 2009

• Kenichi Yoshikawa, Jerzy Gorecki:
  Editorial: Computing in Chemical Systems: Selected Results from Professor Kenichi Yoshikawa Laboratory. 1-2
  
• Kenichi Yoshikawa, Ikuko Motoike, T. Ichino, T. Yamaguchi, Yasuhiro Igarashi, Jerzy Gorecki, Joanna Natalia Gorecka:
  Basic Information Processing Operations with Pulses of Excitation in a Reaction-Diffusion System. 3-37
  
• Satoshi Nakata, Suguru Izuhara, Kenta Masui, Mohammed R. Islam:
  Chemical Sensing with Dynamical Nonlinear Information. 39-52
  
• Kenichi Yoshikawa, H. Nagahara, T. Ichino, Jerzy Gorecki, Joanna Natalia Gorecka, Yasuhiro Igarashi:
  On Chemical Methods of Direction and Distance Sensing. 53-65
  
• Hiroyuki Kitahata:
  Convective Effects in a Reaction-Diffusion System: Marangoni Effects and Spontaneous Motion. 67-86
  
• Shin-ichiro M. Nomura, Tsutomu Hamada:
  Artificial-Cellular Computing. 87-102
  
• Masahiro I. Kohira, Nobuyuki Magome, Shin-ichiro Mouri, Hiroyuki Kitahata, Kenichi Yoshikawa:
  Synchronization of Three Coupled Plastic Bottle Oscillators. 103-111
  

Volume 5, Number 2, 2009

• Andrew Adamatzky:
  Editorial: EPSRC Conference on Unconventional Computing 2007. 113
  
• Simon O'Keefe:
  Implementation of Logical Operations on a Domino Substrate. 115-128
  
• Joanna Natalia Gorecka, Jerzy Gorecki, Yasuhiro Igarashi:
  On the Simplest Chemical Signal Diodes Constructed with an Excitable Medium. 129-143
  
• William M. Stevens:
  A Kinematic Turing Machine. 145-163
  
• Effirul I. Ramlan, Klaus-Peter Zauner:
  Nucleic Acid Enzymes: The Fusion of Self-assembly and Conformational Computing. 165-189
  

Volume 5, Numbers 3-4, 2009

• Mike Stannett:
  Editorial: Future Trends in Hypercomputation. 191-192
  
• Bruno Loff, José Félix Costa:
  Five Views of Hypercomputation. 193-207
  
• Peter Kugel:
  You Don't Need a Hypercomputer to Evaluate an Uncomputable Function. 209-222
  
• Allin Cottrell, W. Paul Cockshott, Greg Michaelson:
  Is Economic Planning Hypercomputational? The Argument from Cantor Diagonalisation. 223-236
  
• Benjamin Wells:
  Higher Hierarchies of Equational Theories Lacking Recursive Uniformity. 237-252
  
• Toby Ord, Tien D. Kieu:
  Using Biased Coins as Oracles. 253-265
  
• Susan Stepney:
  Non-Classical Hypercomputation. 267-276
  
• Mark Hogarth:
  Non-Turing Computers are the New Non-Euclidean Geometries. 277-291
  
• Tien D. Kieu:
  Hypercomputability of Quantum Adiabatic Processes. 293-337
  
• David Love:
  From Hypocomputation to Hypercomputation. 339-367
  

Volume 5, Number 5, 2009

• Gheorghe Paun, Mario J. Pérez-Jiménez: Foreword. 389-390
• Francesco Bernardini, Marian Gheorghe, Maurice Margenstern, Sergey Verlan:
  Maximal, Locally-Maximal, and Minimal Parallelism in Networks of Cells. 391-409
  
• Marc García-Arnau, David Pérez, Alfonso Rodríguez-Patón, Petr Sosík:
  Spiking Neural P Systems: Stronger Normal Forms. 411-425
  
• Carmen Graciani Díaz, Miguel A. Gutiérrez-Naranjo, Mario J. Pérez-Jiménez:
  An Approach to Ballistic Deposition Based on Membrane Computing. 427-439
  
• Mihai Ionescu, Dragos Sburlan:
  On P Systems with Adjoining Controlled Communication Rules. 441-457
  
• Alberto Leporati, Claudio Zandron, Claudio Ferretti, Giancarlo Mauri:
  On the Computational Power of Spiking Neural P Systems. 459-473
  

Volume 5, Number 6, 2009

• Kazuto Tominaga:
  Natural Computing and Artificial Chemistry. 475-487
  
• Anastasios G. Bakaoukas, John Edwards:
  Computing in the 3NLS Domain Using First Order Solitons. 489-522
  
• Anastasios G. Bakaoukas, John Edwards:
  Computation in the 3NLS Domain Using First and Second Order Solitons. 523-545
  
• Laboratory Experiments: Molecular Codebreaking and Double Encoding. 547-564
  

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