Boson-Fermion pairing in a Boson-Fermion environment (2006)
Storozhenko, A., Schuck, P., Suzuki, T., Yabu, H., Dukelsky, J.
Propagation of a Boson-Fermion (B-F) pair in a B-F environment is considered. The possibility of formation of stable strongly correlated B-F pairs, embedded in the continuum, is pointed out. The new...
Boson-Fermion pairing in a Boson-Fermion environment (2005)
Storozhenko, A., Schuck, P., Suzuki, T., Yabu, H., Dukelsky, J.
Propagation of a Boson-Fermion (B-F) pair in a B-F environment is considered. The possibility of formation of stable strongly correlated B-F pairs, embedded in the continuum, is pointed out. The new...
Boson-Fermion pairing in a Boson-Fermion environment (2005)
Storozhenko, A., Schuck, P., Suzuki, T., Yabu, H., Dukelsky, J.
Propagation of a Boson-Fermion (B-F) pair in a B-F environment is considered. The possibility of formation of stable strongly correlated B-F pairs, embedded in the continuum, is pointed out. The new...
Boson-Fermion pairing in a Boson-Fermion environment (2005)
Storozhenko, A., Schuck, P., Suzuki, T., Yabu, H., Dukelsky, J.
Propagation of a Boson-Fermion (B-F) pair in a B-F environment is considered. The possibility of formation of stable strongly correlated B-F pairs, embedded in the continuum, is pointed out. The new...
Storozhenko, A., Schuck, P., Dukelsky, J., Röpke, G., Vdovin, A.
A self-consistent version of the Thermal Random Phase Approximation (TSCRPA) is developed within the Matsubara Green's Function (GF) formalism. The TSCRPA is applied to the many level pairing model....