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Deriving the existence of $B\bar{B}^*$ bound states from the X(3872) and Heavy Quark Symmetry
Deriving the existence Heavy Quark Symmetry
2011/7/21
We discuss the possibility and the description of bound states between $B$ and $\bar{B}^*$ mesons. We argue that the existence of such a bound state can be deduced from (i) the weakly bound X(3872) st...
Sphere packing problems have a rich history in both mathematics and physics; yet,
relatively few analytical analyses of sphere packings exist, and answers to seemingly simple ques-tions are unknown. ...
Deriving Bell's nonlocality from nonlocality at detection
Deriving Bell nonlocality nonlocality detection
2010/10/18
It is argued that Bell’s nonlocality is a particular case of nonlocality at detection, which appears already in single-particle interference experiments. The unity of nonlocality and local causality i...
“Pseudo-invariant Eigen-operator” Method for Deriving Energy-Gap of an Atom-Cavity Jaynes-Cummings Hamiltonian with %Atomic Centre-of-Mass Motion
J-C model with atom motion supersymmetric transform pseudo-invariant
eigen-operator
2007/8/15
2006Vol.45No.6pp.1003-1006DOI:
“Pseudo-invariant Eigen-operator” Method for Deriving Energy-Gap
of an Atom-Cavity Jaynes-Cummings Hamiltonian with %Atomic Centre-of-Mass Motion
FA...
Deriving Energy-Level Gap of a System in Presence of a Kerr-likeMedium by Virtue of Invariant Eigen-operator Method
energy-level gap Kerr-like medium invariant eigen-operator
2007/8/15
2006Vol.45No.4pp.614-616DOI:
Deriving Energy-Level Gap of a System in Presence of a Kerr-likeMedium by Virtue of Invariant Eigen-operator Method
GUI Wei-Jun, GUI Jia-Zhang, and T...
Deriving Internal Energy by Virtue of Generalized Feynman-Hellmann Theorem for Mixed States
generalized Feynman-Hellmann theorem internal energy mixed state
2007/8/15
2005Vol.44No.6pp.1041-1044DOI:
Deriving Internal Energy by Virtue of Generalized Feynman-Hellmann Theorem for Mixed States
FAN Hong-Yi1,2 and JIANG Zhong-Hua3
1 Departme...