Publications - Matti Soience of Life (c) SIG, the Foundation for advancement of  Integral Health Care

Books about Topological Geometrodynamics (TGD).

  • Topological Geometrodynamics
    published in the report series of Institute of Theoretical Physics (Helsinki University).
  • Topological Geometrodynamics and p-Adic Numbers
    published in the report series of Institute of Theoretical Physics (Helsinki University).
  • Topological Geometrodynamics(2006),
    Luniver Press.

Articles in journals and books

  • M. Dudziak and M. Pitkänen (1998),
    Quantum self-organization theory with applications to hydrodynamics and the simultaneity of local chaos and global particle like behaviour,
    ECHO III conference proceedings Emergence, Complexity, Hierarchy, Organization, Espoo 1998, Acta Polytechica Scandinavica.
  • M. Dudziak and M. Pitkänen,
    How Topological Condensation of Photons Could Make Possible Energy Extraction in Deep Space?,
    Proceedings of the Second International Symposium on Astronautics and Deep-Space Missions, Aosta Italy, June 30-July 3, 1998.
  • M. Pitkänen (2000)
    Matter, Mind and Quantum: a Topological Geometrodynamics Perspective
    in The Physical Nature of Consciousness, ed. Philip van Loocke. Advances in Consciousness Research series. John Benjamins Publishing Company, Amsterdam.
  • M. Pitkänen (2001),
    Biosystems as macroscopic quantum systems,
    CASYS'2000 conference proceedings. IJCAS (International Journal of Computing Anticipatory Systems), Vol 10, 2001, ed. D. Dubois.
  • M. Pitkänen (2001),
    About strange effects related to rotating magnetic systems, New Energy Technologies,
    issue #3, December 2001. IJCAS, Vol 10, 2001.
  • M. Pitkänen (2002),
    Spectroscopy of Consciousness, CASYS'2001 conference proceedings.
    IJCAS (International Journal of Computing Anticipatory Systems), Vol 13, 2002, ed. D. Dubois.
  • M. Pitkänen (2002),
    Topological Geometrodynamics, Part I: General Theory,
    Topological Geometrodynamics, Part II: Applications,

    in Chaos, Solitons, and Fractals. vol 13, No 6, May 2002.
  • M. Pitkänen (2002),
    Fatima Marian apparitions and TGD inspired theory of consciousness Article
    in antology to be published by Multicultural Apparitions Research International Academic Network.
    (The Project coordinator is the Historian Joaquim Fernandes and it is centered in the CTEC_Center for Transdisciplinary Studies on Consciousness, at the University Fernando Pessoa, Porto, Portugal).
  • M. Pitkänen (2003),
    A Strategy for Proving Riemann Hypothesis,
    Acta Math. Univ. Comeniae, vol. 72.
    http://www.emis.math.ca/EMIS/journals/AMUC/.
    A slightly updated version of article is
  • M. Pitkänen (2002),
    A Strategy for Proving Riemann Hypothesis,
    math@arXiv.org/0111262.
  • M. Pitkänen (2006),
    Is Dark Matter Quantum Coherent in Astrophysical Scales?
    in CASYS'2005 conference proceedings. IJCAS (International Journal of Computing Anticipatory Systems), 2005, ed. D. Dubois.
  • M. Pitkänen (2007),
    Quantization of Planck constants and Dark Matter Hierarchy in Biology and Astrophysics
    in the bookQuantization in Astrophysics, Brownian Motion, and Supersymmetry, MathTugerm 2007, Chennai, Tamil Nandu, India.
  • M. Pitkänen (2007),
    Quantization of Planck constants and Dark Matter Hierarchy in Biology and Astrophysics
    in the bookQuantization in Astrophysics, Brownian Motion, and Supersymmetry, MathTugerm 2007, Chennai, Tamil Nandu, India.
  • M. Pitkänen (2007),
    Could q-Laguerre equation explain the chained fractionization of the principal quantum number for hydrogen atom?
    in the bookQuantization in Astrophysics, Brownian Motion, and Supersymmetry, MathTugerm 2007, Chennai, Tamil Nandu, India.
  • M. Pitkänen (2007),
    Nuclear String Hypothesis
    in the bookHadron Models and Related New Energy Issues, InfoLearnQuest, USA, November 2007. In print.
  • M. Pitkänen (2007),
    The notion of Free Energy and Many-sheeted space-time
    in the bookHadron Models and Related New Energy Issues, InfoLearnQuest, USA, November 2007. In print.
  • M. Pitkänen (2007),
    About Some Unsolved Problems in Physics
    in the bookHadron Models and Related New Energy Issues, InfoLearnQuest, USA, November 2007. In print.

Articles in web journals and other independent media

  • An article about TGD inspired theory of consciousness in CD ROM "Moving on to a Mathematical Science of Consciousness", edited by Dr. Ellis D. Cooper.
  • Hyper text representation of the basic results and ideas of Topological geometrodynamics. Also a collection of articles about TGD inspired theory of consciousness. The internet address of the homepage is http://tgd.wippiespace.com/public_html.

M. Pitkänen (2002),
Articles in JNLRMI (Journal of non-locality and remote mental interactions)
http://www.emergentmind.org/journal.htm.

    • TGD Inspired Theory of Consciousness and Biosystems as Macroscopic Quantum Systems, issue #1
    • TGD Inspired Theory of Consciousness, issue #1
    • Biosystems as Macroscopic Quantum Systems, issue #1.
    • A model for remote mental interactions, issue #2
    • Manysheeted DNA, issue #2.

M. Pitkänen (2002),
Articles in "Beyond Publications" edited by Philip Mantle:
{http://www.beyondpublications.com}.

    • TGD inspired theory of consciousness,
    • Macrotemporal quantum coherence and spin glass degeneracy,
    • Crop Formations and Manysheeted Space-time,
    • Chilbolton and Crabwood Formations and Genetic Codes of Aliens,
    • Crop Formations and Life at Parallel Space-time Sheets,

M. Pitkänen (2003),
NeuroQuantology 2003; Vol 1. {http://www.NeuroQuantology.com. }.

    • TGD inspired theory of consciousness,

M. Pitkänen (2003),
Journal of Non-locality and Remote Mental Interactions, issue 2.
{http://www.emergentmind.org/journal.htm.}

    • Macrotemporal quantum coherence and spin glass degeneracy
    • Biosystems as conscious holograms

M. Pitkänen (2003),
Journal of Non-locality and Remote Mental Interactions, issue 3.
{http://www.emergentmind.org/journal.htm.}

    • Time, Space-time, and Consciousness
    • Quantum Model for Sensory Receptor
    • Quantum Model for Nerve Pulse, EEG, and ZEG
       
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