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          Brief introduction into the GAQCI paradigm of the g-qubits may be found in (in progress):
          Lecture
 
 
 

Publications on Quantum Computing

  • Soiguine A.
    "Quantum Computing with Variable Complex Plane. Light Beam Guide Implementation".
    Text
  • Soiguine A.
    "Anyons in three dimensions with geometric algebra".
    Text
  • Soiguine A.
    "Derivation of the Schrodinger equation in geometric algebra".
    Text
  • Soiguine A.
    Geometric Phase in Geometric Algebra Qubit Formalism.
    LAMBERT Academic Publishing, 2015.
    Where to buy
  • Soiguine A.
    "Geometric phase in G+3 quantum state evolution".
    Text
  • Soiguine A.
    "Quantum state evolution in C2 and G+3".
    Text
  • Soiguine A.
    "Geometric algebra, qubits, geometric evolution, and all that".
    Text
  • Soiguine A.
    "What quantum state really is?".
    Text
  • Soiguine A.
    "A tossed coin as quantum mechanical object".
    Text
  • Soiguine A.
    "Complex Conjugation - Relative to What?".

    In Clifford Algebras with Numeric and Symbolic Computations. R.Ablamovicz, P.Lounesto and J.M. Parra eds., Birkhouser (Boston), 1996, pp. 285-294.
    Click here to download
  • Soiguine A.
    Methods of Vector Algebra in Applied Problems.
    Naval Academy Publ., Russia, 1990.

    (Book on Clifford Algebra methods in physics and mathematics)
    Click here to download

 

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