• Limited information
  
• Self-Assembly of Information in Networks
  

• Physics of Gene Regulations

  • Response dynamics of molecular networks

  • Transcription dynamics and regulation

  • Molecular switches and epigenetics

  • Translation dynamics and regulation

• Models of Biological circuits

  • Network measures and comparisons

  • Molecular Networks

  • Molecular switches and epigenetics

  • Oscillations in Genetic Networks

  • Transcription dynamics and regulation

  • Translation dynamics and regulation

• Networks and Communication

  • Hide and Seek on Networks

  • Hierarchical Networks

  • Internet

  • Network measures and comparisons

  • Social networking

  • City Networks

• Evolution and dynamical systems

  • Evolution, analysis and modeling

  • Dynamics of network structure

  • Collective Behaviour

  • Extended dynamical systems

Navigation is a challenging problem for everyday life. The problem arises because the amount of available information typically is limited and often insufficient. We here abstract this problem to be navigation between a source and a target node on a network. Thus we characterize the relative position of two node sin the network in terms of the minimal information needed to find the shortest path betweem them. Thereby we can discuss and quantify positions in the network in terms of their visibility (hide) respectively how easy they give access to other nodes (seek).

Publications