YAMADA Norifumi

FacultyInformation Science
Teacher OrganizationInformation Science
Education and
 Research Organization
Faculty of Engineering /Graduate School of Engineering
PositionProfessor
Last Updated: 19/07/23 19:04

Researcher Profile & Settings

Name

    YAMADA Norifumi

Profile & Settings

Affiliation

  •  Information Science Professor

Education

  • Apr. 1989Mar. 1992Tohoku University Graduate School, Division of Natural Science 物理学第二
  • Apr. 1983Mar. 1987Tohoku University

Academic & Professional Experience

  • Mar. 2004Graduate School of Engineering, University of Fukui
  • Jul. 2000Feb. 2004Faculty of Engineering, Fukui University Lecturer
  • Jan. 1999Jun. 2000National Research Institute for Metals  JST Domestic Research Fellow
  • Apr. 1996Dec. 1998Laboratory for Nano-Electronic Materials, Frontier Research System, RIKEN Special Postdoctoral Researcher
  • Aug. 1993Jul. 1995Clarkson University  JSPS Postdoctoral Fellow
  • Mar. 2004Faculty of Engineering, Fukui University (renamed to University of Fukui" on April 1 助教授

Research Activities

Published Papers

  • First passage time amplitude in nonrelativistic quantum mechanics
    N. Yamada
    Path Integrals : Dubna'96 (Proceedings of Dubna Joint Meeting of International Seminar “Path Integrals: Theory & Applications” and 5th International Conference "Path Integrals From meV to MeV") 144-148 1996 Refereed
  • Non-relativistic sum over paths on real-spacetime lattice
    N. Yamada and S. Takagi
    Quantum Control and Measurement 87-92 Jun.  1993 Refereed
  • The continuous consistent history approach to the tunneling time problem
    N.Yamada
    Tunneling And Its Implications: Proceedings of The Adriatico Research Conference 80-94 Apr.  1997 Refereed
  • Decoherent histories approach might be predictive even when the decoherence condition does not hold
    N.Yamada
     962 349-355 Dec.  2007 Refereed
  • Decoherent histories approach to tunneling times and its implication
    N.Yamada
     67 012042-(6) Jul.  2007 Refereed
  • Quantum-shutter approach to tunneling time scales with wave packets
    N.Yamada, G.Garcia-Calderon, J.Villavicencio
     72(1) 012106-(6) Jul.  2005 Refereed
  • Resonant tunneling transmission characteristics and tunneling time in asymmetrical double-barrier structures with multiple prewells
    H.Hamaguchi, H.Yamamoto, N.Yamada
     43(8A) 5157-5165 Aug.  2004 Refereed
  • Quasi-distribution of tunneling time
    N.Yamada
     19(42067) 329-332 Apr.  2004 Refereed
  • Unifid derivation of tunneling times from decoherence functionals
    N.Yamada
     93(17) 170401-(4) Jan.  2004 Refereed
  • Equivalence between the real-time Feynman histories and the quantum-shutter approaches for the ’passage time’ in tunneling
    G.Garcia-Calderon, J.Villavicencio, N.Yamada
     67(5) 052106-(6) May  2003 Refereed
  • The tunneling time problem and the consistent history approach to quantum mechanics
    N.Yamada
     247-266 Feb.  2003 Refereed
  • A Feynman paths approach to the tunneling time problem
    N.Yamada
     605-608 Aug.  1999 Refereed
  • Speakable and unspeakable in the tunneling time problem
    N.Yamada
     83(17) 3350-3353 Oct.  1999 Refereed
  • Probabilities for Histories in Nonrelativistic Quantum Mechanics
    N.Yamada
     54(1) 182-203 Jul.  1996 Refereed
  • Spacetime Probabilities in Nonrelativistic Quantum Mechanics
    N.Yamada
     87(1) 77-91 Jan.  1992 Refereed
  • Quantum mechanical probabilities on a general spacetime-surface
    N.Yamada, S. Takagi
     86(3) 599-615 Sep.  1991 Refereed
  • Quantum Mechanical Probabilities on a General Spacetime-Surface
    N.Yamada
     85(5) 985-1012 May  1991 Refereed

Books etc

  • Electrons and Electromagnetic Fields in Nanometer-Scale Structures
    J.Bae, Z.-C.Dong, D.Fujita, H.Hori, J.G.Hou, R.Ishikawa, B.Li, S.Mashiko, K.Mizuno, H.Nejo, T.Ohgi, T.Okamoto, I.S.Osad’ko, T.Terui, A.G.Vitukhnovsky, S.Yokoyama, N.Yamada
     Jan.  2003

Conference Activities & Talks

  • Decoherent histories approach might be predictive even when the decoherence condition does not hold
    N.Yamada
     Jun.  2007
  • Decoherent history approach to tunneling times and its implication
    N.Yamada
     Sep.  2006