The study of geometrically frustrated magnetic systems with unusual crystal field ground
states offers a possibility of realizing the new aspects of physics of disordered systems. In …

Frustration driven short-range magnetic correlations/fluctuations in quantum materials
usually host exotic ground states like spin glass, low dimensional magnetism and quantum …

Magnetism, transport and specific heat measurements have been performed to the
hexagonal perovskite 20% Fe-substituted Sr 6 Co 5 O 15 (that is Sr 6 (Co 0.8 Fe 0.2) 5 O 15) …

The 4 f 6 systems were hypothesized to possess non-magnetic (J= 0) ground state.
However, all such systems have distinctly shown the presence of non-zero effective moment …

Search for novel spintronic materials in family of Heusler alloys has attained significant
interest in recent years. In this context, Ti 2 MnAl is interesting as it is predicted to host spin …

3D spin systems provide an important platform to investigate the novel magnetic behaviors,
which arise due to the complex network of spins in such materials. In this context, we have …

Study of quantum magnetism in rare earth orthovanadates (RVO4, R= rare earth) is a topic
which is currently being investigated by the condensed matter physicists. In this work …

The magnetocaloric effect in the cryogenic temperature regime has gained enormous
attention due to its application in the field of cryogenic refrigeration technology, which is …

The J eff= ½ state: a result of interplay of strong electronic correlations (U) with spin–orbit
coupling (SOC) and crystal field splitting, offers a platform in the research of quantum …

Realization of persistent discrete energy states in Co-based compounds due to unquenched
orbital angular momentum remains an exciting perspective in systems which favor mixed …