AbstractRare-earth based strongly correlated electron systems (SCES) exhibit a large variety of different ground states, ranging from the simple paramagnetism of crystal-field-split f-electron multiplets to highly unconventional Kondo-insulator states with a combination of charge gap, spin gap and valence instability, in which long-range magnetic order can eventually arise from an initially singlet state. The physical background for these properties of the electron subsystem may be clarified by performing detailed neutron scattering experiments, namely magnetic neutron scattering spectroscopy and diffraction. This report reviews the results of the previous and new experimental studies on a number of rare-earth intermetallic compounds, which...
The ground state of the strongly correlated electron CeNi$_{1-x}$Cux compounds has been investigated...
Two aspects of strongly correlated electron systems are studied in this thesis. Hubbard-type models...
In this review we present results of our theoretical study of charge and spin ordering in strongly c...
Rare-earth based strongly correlated electron systems (SCES) exhibit a large variety of different gr...
AbstractRare-earth based strongly correlated electron systems (SCES) exhibit a large variety of diff...
A deep understanding of magnetism is essential for its application in magnetic semiconductors, spint...
The recent neutron magnetic scattering results from strongly correlated electron compounds are revie...
This thesis presents neutron scattering studies of three correlated electron systems, each of which ...
The valence fluctuation compounds are rare earth intermetallics where hybridization of the nearly-lo...
Ph.D. (Physics)Compounds of rare-earth (RE) elements (Ce, Yb, Eu) as well as actinide element U with...
This report reviews my research conducted as Visiting Fellow at the Solid State Physics and Chemistr...
Originally it was believed that the presence of heavy-mass charge carriers at low temperatures in so...
The research presented in this dissertation is a result of several chemical substitution studies on ...
We describe recent experiments performed in our laboratory that address spin or charge ordered phase...
The origin of magnetic order in metals has two extremes: an instability in a liquid of local magneti...
The ground state of the strongly correlated electron CeNi$_{1-x}$Cux compounds has been investigated...
Two aspects of strongly correlated electron systems are studied in this thesis. Hubbard-type models...
In this review we present results of our theoretical study of charge and spin ordering in strongly c...
Rare-earth based strongly correlated electron systems (SCES) exhibit a large variety of different gr...
AbstractRare-earth based strongly correlated electron systems (SCES) exhibit a large variety of diff...
A deep understanding of magnetism is essential for its application in magnetic semiconductors, spint...
The recent neutron magnetic scattering results from strongly correlated electron compounds are revie...
This thesis presents neutron scattering studies of three correlated electron systems, each of which ...
The valence fluctuation compounds are rare earth intermetallics where hybridization of the nearly-lo...
Ph.D. (Physics)Compounds of rare-earth (RE) elements (Ce, Yb, Eu) as well as actinide element U with...
This report reviews my research conducted as Visiting Fellow at the Solid State Physics and Chemistr...
Originally it was believed that the presence of heavy-mass charge carriers at low temperatures in so...
The research presented in this dissertation is a result of several chemical substitution studies on ...
We describe recent experiments performed in our laboratory that address spin or charge ordered phase...
The origin of magnetic order in metals has two extremes: an instability in a liquid of local magneti...
The ground state of the strongly correlated electron CeNi$_{1-x}$Cux compounds has been investigated...
Two aspects of strongly correlated electron systems are studied in this thesis. Hubbard-type models...
In this review we present results of our theoretical study of charge and spin ordering in strongly c...