<QC|CV>
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Alexander Yu. Vlasov
FBUN "NIIRG",
FRC E-Mail: Alexander.Vlasov
<at> pobox.spbu.ru |
Date and place of birth: 25-IX-1963,
Leningrad, Soviet Union
Education: Leningrad State
University (now St.-Petersburg University), Physical Faculty (1981 - 1987);
Department of Photonics (1984 - 1987), Leningrad, SU.
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List of Publications (QC etc.)
1994, 1996, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2009, 2010, 2011 |
|00001> A. Yu. Vlasov, "Representation and processing of information in quantum computers", Tech. Phys. Lett. 20(12) pp.992 -- 993 (Dec 1994)
|00010> A. Yu. Vlasov, "Quantum computation and images
recognition", Abstracts of Papers QCM'96, pp. 114-115;
e-print:quant-ph/9703010
|00011> A. Yu. Vlasov, "Quantum theory of computation and
relativistic physics", in Proc. PhysComp96 Boston, (ed.:
T.Toffoli, etc.), pp. 332-333;
e-print:quant-ph/9701027
|00100> A. Yu. Vlasov, "Analogue quantum computers for
data analysis",
e-print:quant-ph/9802028
|00101> A. Yu. Vlasov, "Quantum gates and Clifford
algebras", TMR99, Torino;
e-print:quant-ph/9907079
|00110> A. Yu. Vlasov, "Comment on 'Quantization of
Diffeomorphism-Invariant Theories with Fermions'",
e-print:math-ph/9902021
|00111> A. Yu. Vlasov, "Error correction with Euclidean
qubits", Quantum
Computers & Computing, v.2, n.1, pp. 68 -
78 (2001);
e-print:quant-ph/9911074
|01000> A. Yu. Vlasov, "Von Neumann quantum logic vs.
classical von Neumann architecture?",
e-print:cs/0001001
|01001> A. Yu. Vlasov, "Algebra, logic and qubits: Quantum
abacus",
e-print:quant-ph/0001100
|01010> A. Yu. Vlasov, "Clifford algebras and universal
sets of quantum gates",
Phys. Rev. A 63,
054302(4) May 2001;
e-print:quant-ph/0010071
|01011> A. Yu. Vlasov, "Comment on 'Decomposition of Pure
States of a Quantum Register'",
e-print:quant-ph/0011017
|01100> A. Yu. Vlasov, "Noncommutative tori and universal
sets of non-binary quantum gates",
Jour. Math. Phys. 43(6)
pp. 2959 - 2964 June 2002;
e-print:quant-ph/0012009
|01101> A. Yu. Vlasov, "Classical programmability is
enough for quantum circuits universality in approximate sense",
e-print:quant-ph/0103119
|01110> A. Yu. Vlasov, "Universal quantum processors with
arbitrary radix n >=2", Proc. ICQI
2001, Rochester,
e-print:quant-ph/0103127
|01111> A. Yu. Vlasov, "Probabilities, tensors and
qubits",
e-print:quant-ph/0104126
|10000> A. Yu. Vlasov, "Clifford algebras, noncommutative
tori and universal quantum computers", AGACSE 2001, Cambridge UK,
e-print:quant-ph/0109010
|10001> A. Yu. Vlasov, "Symmetries of complexified
space-time and algebraic structures (in quantum theory)",
e-print:math-ph/0108018
|10010> A. Yu. Vlasov, "Notes on Weyl-Clifford
algebras",
e-print:math-ph/0112049
|10011> A. Yu. Vlasov, "ALEPH-QP: Universal hybrid quantum
processors", Proc. QPC'2002,
Dubna,
e-print:quant-ph/0205074;
"Universal hybrid quantum processors",Particles and Nuclei Letters, No. 1[116], pp. 60-65 (2003) [PDF 115k]
|10100> A. Yu. Vlasov , "Comment on 'How the No-Cloning
Theorem Got its Name'",
e-print:quant-ph/0205195
|10101> A. Yu. Vlasov, "Affine detection loophole in
quantum data-processing",
e-print:quant-ph/0207013
|10110> A. Yu. Vlasov, "Comment on 'Quantum noise
influencing human behaviour could fake effectiveness of drugs in clinical
trials'",
e-print:quant-ph/0209024
|10111> A. Yu. Vlasov, "Algebras and universal quantum
computations with higher dimensional systems", Proc. QI
2002, Moscow,
e-print:quant-ph/0210049;
"Algebra of quantum computations with higher dimensional systems", Proc. SPIE Vol. 5128, p. 29-36, (2003)
|11000> A. Yu. Vlasov, "Quantum processors and
controllers", Proc. PhysCon
2003, pp 861-866,
e-print:quant-ph/0301147
|11001> A. Yu. Vlasov, "On symmetric sets of projectors
for reconstruction of a density matrix",
e-print:quant-ph/0302064
|11010> A. Yu. Vlasov, "Dirac spinors and representations
of GL(4) group in GR",
e-print:math-ph/0304006
|11011> A. Yu. Vlasov, "From Fermat's last theorem to the
quantum computer", in "Trends
in Quantum Physics", V. Krasnoholovets, F. Columbus (eds), pp
173 - 191 (Nova Science Publishers, Inc., NY 2004);
e-print:quant-ph/0307019
|11100> A. Yu. Vlasov, "Towards Lagrangian approach to
quantum computations",
e-print:quant-ph/0308017
|11101> A. Yu. Vlasov, "Von Neumann Quantum
Processors", 304th WE-Heraeus-Seminar `Elementary Quantum-Processors,'
13-15 October 2003
e-print:quant-ph/0311196
|11110> A. Yu. Vlasov, "Nondeterministic Recursion with
Quantum Units",
e-print:quant-ph/0403037
|11111> A. Yu. Vlasov, "The Dirac Equation and General
Linear Transformations of Coordinate Systems",
e-print:math-ph/0403046
|100000> A. Yu. Vlasov, "On Quantum Cellular
Automata",
e-print:quant-ph/0406119
|100001> A. Yu. Vlasov, "Stairway Quantum Computer",
e-print:quant-ph/0409216
|100010> A. Yu. Vlasov, "Programmable Quantum Networks
with Pure States", in "Computer
Science and Quantum Computing", J. E. Stones (ed), pp
33-61 (Nova Science Publishers, Inc., NY 2007);
e-print:quant-ph/0503230
|100011> A. Yu. Vlasov, "Hyperspheres and control of spin
chains",
e-print:quant-ph/0506109
|100100> A. Yu. Vlasov, "The state |IV> (Babel of
entanglement)",
e-print:quant-ph/0507225
|100101> A. Yu. Vlasov, "Quantum Information Processing
with Low-Dimensional Systems", in "Quantum
Information Processing: From Theory to Experiment", D.G. Angelakis, M.
Christandl, A. Ekert, A. Kay and S. Kulik (eds), pp
103-108 (IOS Press, Amsterdam, 2006);
e-print:quant-ph/0512034
|100110> A. Yu. Vlasov, "Quantum 'Pathfinder'",
e-print:quant-ph/0512090
|100111> A. Yu. Vlasov, "Classical simulators of quantum
computers and no-go theorems",
e-print:quant-ph/0605219
|101000> A. Yu. Vlasov, "Programmable Quantum State
Transfer",
e-print:0708.0145
[quant-ph]
|101001> A. Yu. Vlasov, "Quantum Mechanics and
Nonlocality: In Search of Instructive Description",
e-print:0901.4645
[quant-ph]
|101010> A. Yu. Vlasov, "Quantum Information Science and
Nanotechnology",
e-print:0903.1204
[quant-ph]
|101011> A. Yu. Vlasov, "Information Nano-Technologies:
Transition from Classical to Quantum",
e-print:0912.0829
[quant-ph]
|101100> A. Yu. Vlasov, "Continuous history variable for
programmable quantum processors" (modified version of poster
presentation for AQIS'10, Tokyo,
2010),
e-print:1006.3671
[quant-ph]
|101101> A. Yu. Vlasov, "Some Notes on Quantum Information
Theory and Emerging Computing Technologies",
e-print:1102.2890
[cs.IT]
|101110> A. Yu. Vlasov, "ReveR: Software Simulator of
Reversible Processor with Stack",
e-print:1104.0924
[cs.IT]
Comment:
- To see
E-print on arXiv server
My arXiv papers
My Google site
Quantum
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"The fairest thing we can experience is the mysterious. It is the fundamental emotion which stands at the cradle of true art and true science." (A. Einstein)