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


 Soiguine A.
"Quantum Computing with Variable Complex Plane. Light Beam Guide Implementation".
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 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 C^{2} 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. 285294.
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




