Projects
Reading
People
Chat
SU\G
(𝔸)
/K·U
Projects
Reading
People
Chat
Sign Up
Light
Dark
System
Sotaro Kuribayashi
Follow
Share
Generating author description...
All published works
Action
Title
Year
Authors
+
Self-adjoint extensions of momentum operators: application of weak Weyl relations
2010
Fumio Hiroshima
Sotaro Kuribayashi
Itaru Sasaki
+
PDF
Chat
Strong Time Operators Associated with Generalized Hamiltonians
2008
Fumio Hiroshima
Sotaro Kuribayashi
Yasumichi Matsuzawa
Common Coauthors
Coauthor
Papers Together
Fumio Hiroshima
2
Itaru Sasaki
1
Yasumichi Matsuzawa
1
Commonly Cited References
Action
Title
Year
Authors
# of times referenced
+
PDF
Chat
Construction of a Weyl Representation from a Weak Weyl Representation of the Canonical Commutation Relation
2008
Asao Arai
Yasumichi Matsuzawa
2
+
PDF
Chat
TIME OPERATORS OF A HAMILTONIAN WITH PURELY DISCRETE SPECTRUM
2008
Asao Arai
Yasumichi Matsuzawa
2
+
PDF
Chat
GENERALIZED WEAK WEYL RELATION AND DECAY OF QUANTUM DYNAMICS
2005
Asao Arai
2
+
PDF
Chat
Self–adjoint time operator is the rule for discrete semi–bounded Hamiltonians
2002
Eric A. Galapon
2
+
PDF
Chat
A generalized Weyl relation approach to the time operator and its connection to the survival probability
2001
Manabu Miyamoto
2
+
Classification of certain pairs of operators (P, Q) satisfying [P, Q] = −i Id
1984
G. Dorfmeister
Josef F. Dorfmeister
1
+
Methods of Modern Mathematical Physics
1972
Michael C. Reed
Barry Simon
1
+
On the Time Operator in Quantum Mechanics. II: -- General Prescription in One Dimensional Case --
1981
T. Goto
S. Naka
K. Yamaguchi
1
+
PDF
Chat
Necessary and Sufficient Conditions for a Hamiltonian with Discrete Eigenvalues to have Time Operators
2008
Asao Arai
1
+
PDF
Chat
On the Uniqueness of Weak Weyl Representations of the Canonical Commutation Relation
2008
Asao Arai
1
+
Die Eindeutigkeit der Schrödingerschen Operatoren
1931
J. v. Neumann
1
+
PDF
Chat
Strong Time Operators Associated with Generalized Hamiltonians
2008
Fumio Hiroshima
Sotaro Kuribayashi
Yasumichi Matsuzawa
1
+
On the Heisenberg commutation relation. I
1983
Konrad Schmüdgen
1
+
PDF
Chat
Confined Quantum Time of Arrivals
2004
Eric A. Galapon
Roland Cristopher F. Caballar
Ricardo T. Bahague
1