Wang XiangBin's Home Page

Ph.D Thesis(phdthesis.zip)
Ph.D Thesis(text1.zip)
Ph.D Thesis(thesis2.zip)

e-prints

20. Wang Xiang-Bin and Matsumoto Keiji,  Non-adiabatic conditional geometric phase shift with NMR.

 ArXiv:quant-ph/0101038

See PDF file here

 

 

 

 

19.  Wang Xiang-Bin, Matsumoto Keiji and Tomita Akihisa,  Partial transposition operation in Fock space

ArXiv:quant-ph/0103170

See PDF file here

 

Journal publications

 

18.  Xiang-Bin Wang, L C Kwek, Yong Liu  and C H Oh, Non-classical effects of two-mode photon-added displaced squeezed states,

       In  J. Phys. B: At. Mol. Opt. Phys. 34, 1059-1078(2001)  

See PDF file here

 

 

17.  Wang XB, Kwek LC, Liu Y, Oh CH,  Noncyclic phase for neutrino oscillation

     In PHYSICAL REVIEW D 6305: (5) 3003-+ MAR 1 2001

See pdf file here

 

 

16.    Wang XB, Kwek LC, Oh CH, Quantum roulette: an extended quantum strategy
        in PHYSICS LETTERS A 278: (1-2) 44-46 DEC 18 2000

See PDF file here.

 

 

15.  Kwek LC, Liu Y, Oh CH, Wang XB
       Analytic expression for exact-ground-state energy based on an operator method for a class of anharmonic potentials

      in PHYSICAL REVIEW A 6205: (5) 2107-+ NOV 2000

See PDF file here

 

 

14.  Ge ML, Kwek LC, Liu Y, Oh CH, Wang XB
      Unified approach for exactly solvable potentials in quantum mechanics using shift operators - art. no. 052110
   
in  PHYSICAL REVIEW A 6205: (5) 2110-+ NOV 2000

See PDF file here

 

 

13.  Kwek LC, Oh CH, Wang XB, Yeo Y, Buzek-Hillery cloning revisited using the bures metric and trace norm
       in PHYSICAL REVIEW A 6205: (5) 2313-+ NOV 2000

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12.  Wang XB, Kwek LC, Oh CH
      Quantum and classical geometric phase of the time-dependent harmonic oscillator - art. no. 032105

 in PHYSICAL REVIEW A 6203: (3) 2105-+ SEP 2000

See PDF file here

 

 

11.     Wang XB, Kwek LC, Oh CH, Bures fidelity for diagonalizable quadratic Hamiltonians in multi-mode systems
          in  JOURNAL OF PHYSICS A-MATHEMATICAL AND GENERAL 33: (27) 4925-4934 JUL 14 2000

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  1.  Kwek LC, Oh CH, Singh K, Wang XB, Diagonalization of diffusion matrix in Grover's algorithm

            in  PHYSICS LETTERS A 267: (1) 24-30 MAR 6 2000

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9.  Kwek LC, Oh CH, Wang XB, Quantum Jeffreys prior for displaced squeezed thermal states
     in JOURNAL OF PHYSICS A-MATHEMATICAL AND GENERAL 32: (37) 6613-6618 SEP 17 1999

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8.  Wang XB, Kwek LC, Oh CH, Extended two-parameter squeezed states
     in PHYSICS LETTERS A 259: (1) 7-14 AUG 2 1999

See PDF file in

 

 

7. Wang XB, Oh CH, Kwek LC, Bures fidelity of displaced pra584186(1998).pssqueezed thermal states
    in PHYSICAL REVIEW A 58: (5) 4186-4190 NOV 1998

See PDF file here

 

 

6.  Wang XB, Oh CH, Kwek LC, General approach to functional forms for the exponential quadratic operators in coordinate-momentum space
   
in  JOURNAL OF PHYSICS A-MATHEMATICAL AND GENERAL 31: (18) 4329-4336 MAY 8 1998

See PDF file here

 

 

5. Pan JW, Dong QX, Zhang YD, Hou G, Wang XB, Analytic calculationpre562553(1997).pdf of arbitrary matrix elements for the boson exponential quadratic   operator
 in PHYSICAL REVIEW E 56: (3) 2553-2559, Part A SEP 1997

See PDF file here

 

 

4. Pan JW, Zhang YD, Wang XB, Ma L, Some addenda about the general formula of normal product calculation for boson exponential quadratic operators
   in COMMUNICATIONS IN THEORETICAL PHYSICS 26: (4) 479-482 DEC 15 1996

 

3. Zhang YD, Ma L, Wang XB, Pan JW, Two applications of linear quantum transformation theory in multi-mode Fock space
   in COMMUNICATIONS IN THEORETICAL PHYSICS 26: (2) 203-206 SEP 15 1996

 

2. Wang XB, Zhang YD, Pan JW, General approach to antinormally ordering boson exponential quadratic operators and its applications
   in CHINESE PHYSICS LETTERS 13: (6) 401-404 1996

 

1. Wang Xiang-Bin, Yu S X and Zhan Y D, Linear quantum transformation and normal product calculation of boson exponential quadratic operators

   In J. Phys. A:Math. Gen. 27, 6563-6569(1994).

See PDF file here

 

Please visit Quantum Computation and Information Project, ERATO


wang@qci.jst.go.jp
Researcher at
Quantum Computation and Information Project,
Exploratory Research for Advanced Technology (ERATO),
Japan Science and Technology Corporation (JST)