Applications Of Automata Theory And Algebra: Via The Mathematical Theory of Complexity to Biology, Physics, Psychology, Philosophy, and Games

Keyphrases

• Automaton Algebra 100%
• Automata Theory 100%
• Complexity Theory 100%
• Mathematical Theory 100%
• Algebraic Automata Theory 100%
• Epistemology 66%
• Automata 66%
• Semigroup 66%
• Psychoanalysis 66%
• Semigroup Theory 66%
• Conservation Principles 33%
• Infinite Groups 33%
• Coordinate System 33%
• Punctuated Equilibrium 33%
• Diverse Backgrounds 33%
• Finite Systems 33%
• Symmetry Principle 33%
• Stephen Jay Gould 33%
• Systems Biology 33%
• Phase Space 33%
• Purpose in Life 33%
• Finite Group Theory 33%
• Biological Pathways 33%
• Metabolic Ecology 33%
• Algebraic Approach 33%
• Biological Reactions 33%
• Evolutionary Biology 33%
• Unpublished Manuscript 33%
• Sequential Machines 33%
• Space Physics 33%
• Artificial Intelligence 33%
• 21st Century 33%
• Berkeley 33%
• Artificial Systems 33%
• Equilibrium Prior 33%
• Finite State Machine Models 33%
• Theory of Machine 33%
• System Symmetries 33%
• Systems Principles 33%
• Game Theory 33%

Mathematics

• Semigroup 100%
• Mathematical Theory 100%
• Mathematics 50%
• Finite System 25%
• State Machine 25%
• Infinite Group 25%
• Finite Group Theory 25%
• Phase Space 25%

Computer Science

• Mathematical Theory 100%
• Automata Theory 100%
• Complex Mathematics 20%
• State Machine Model 20%
• Finite-State Machine 20%
• Automaton 20%
• Artificial Intelligence 20%
• Artificial System 20%
• Diverse Background 20%
• Sequential Machine 20%