Recent Conferences, Presentations and Publications     Quantum Random Self-Modifiable Computation     arXiv:1807.01369 v7. Updated December 31, 2018.     arXiv:1807.01369 v1. Uploaded June 26, 2018.     Why does Turing undecidability and computation have a deep relationship with pure mathematics?     The Word Problem                     Undecidability in Group Theory     Undecidability in Geometry I     Undecidability in Geometry II     Undecidability in Topology         Undecidability in Languages     Prime Clocks     Autonomous Systems 2017 - Proceedings of the 10th GI Conference.     VDI Verlag 2017. Abstract. Presentation. Mallorca, España.     Hiding Information in Noise     Computability in Europe: Evolving Computability.     CIE 2015. Presentation. Bucharest, Romania.     Key Generators Can Strengthen Block Ciphers     14th International Conference on Applied Computational Science.     ACACOS 2015. Kuala Lumpur, Malaysia.     Toward a Mathematical Understanding of the Malware Problem     Computability in Europe: Life, Language, Limits.     CIE 2014. Abstract. Presentation. Budapest, Hungary.     Quantum Random Active Element Machine     Unconventional Computation, LNCS 7956. Springer-Verlag 2013.     UCNC 2013. Presentation. Photo. Università degli Studi di Milano.     Turing, von Neumann and Beyond     Naval Postgraduate School. Monterey, CA. 2013.     Consecutive Repeating State Cycles Determine Periodic Points in a TM     Selected Topics in Nonlinear Dynamics. Springer-Verlag 2013.     Aperiodic Machine     Machine Learning with Templates     ICAI 2012 Proceedings. Presentation. Las Vegas, U.S.     Turing Incomputable Computation     Turing 100 Proceedings. University of Manchester. 2012.     CIE 2012 . Abstract. Talk. Photo. University of Cambridge.     The Active Element Machine     Computational Intelligence Series. Springer-Verlag 2011.     Autonomous Systems 2011. Presentation. Mallorca, España.     Malware Problem: A Computer Architecture Perspective Copyright     Copyright © 2009 – 2019.   Michael Stephen Fiske Genealogy     Math Genealogy Tree PhD Thesis     Introduction                 Non-Autonomous: 12-23       Stability: 24-31     Stability: 32-37             Contraction: 38-44                 Entropy: 45-58     Entropy: 59-70             Entropy: 71-81                       Path Class: 82-102     Path Class: 103-114 ResearchGate     Michael Stephen Fiske ORCID     0000-0001-6236-6903