QC-CV

<QC|CV>

Alexander Yu. Vlasov

 

FBUN “NIIRG”, FRC
197101, Mira Street 8,
St.-Petersburg, Russia

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.

List of publications

1994, 1996, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2009, 2010, 2011

 

1994

|00001> A. Yu. Vlasov, “Representation and processing of information in quantum computers”, Tech. Phys. Lett. 20(12) pp.992 — 993 (Dec 1994)

1996

|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

1998

|00100> A. Yu. Vlasov, “Analogue quantum computers for data analysis”,
e-print:quant-ph/9802028

1999

|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

2000

|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

2001

|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

2002

|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)

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

2004

|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

2005

|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

2006

|100111> A. Yu. Vlasov, “Classical simulators of quantum computers and no-go theorems”,
e-print:quant-ph/0605219

2007

|101000> A. Yu. Vlasov, “Programmable Quantum State Transfer”,
e-print:0708.0145 [quant-ph]

2009

|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]

2010

|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]

2011

|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
Go to my Google site

“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)

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