My Research

  • Mathematics (BS), logic (PhD), computer science (Professor)
  • Distributed AI, intelligent agents and multi-agent systems, distributed robots
  • Theory of communication and cooperation for agents acting in a social world
  • Formal theory of speech acts in social systems
  • Formal theory of intentions for agent social interactions
  • Cells as communicating social agents
  • Theory of developmental control networks that breaks the gene-centered paradigm that currently dominates biological and medical research
  • Theory of cancer networks that breaks the gene-centered paradigm of how cancer works
  • Theory of stem cell networks and their mathematical properties
  • Theory of bilateral symmetry of how an organism can grow bilaterally from a single cell
  • Developed Embryo CAD (Computer Aided Design)  software to analyze, understand and design genomes of multicellular systems – in order to analyze, understand,  model and simulate multicellular processes that start growing from a single cell.
  • Developed Cancer CAD software to analyze, understand and design the genomes of cancer cells and tumors.