The spinel crystal system, AB 2 O 4, has been fertile ground in studying the effects of
magnetic and orbital frustration. The experimental findings, with primary focus on neutron …

We present temperature-, magnetic-field-, and pressure-dependent Raman scattering
studies of single crystal Mn 3 O 4, combined with temperature-and field-dependent x-ray …

By studying the dielectric properties of the geometrically frustrated spinel CdV 2 O 4, we
observe ferroelectricity develo** at the transition into the collinear antiferromagnetic …

Magnetic systems are fertile ground for the emergence of exotic states when the magnetic
interactions cannot be satisfied simultaneously owing to the topology of the lattice—a …

The spinel FeV 2 O 4 is known to exhibit peculiar physical properties, which is generally
ascribed to the unusual presence of two cations showing a pronounced interplay between …

Using neutron scattering techniques, we have investigated spin wave excitations in
noncollinear ferrimagnetic spinels Mn B 2 O 4 (B= Mn, V) with eg and t 2 g orbital …

We report the discovery of a spin one diamond lattice in NiRh 2 O 4. This spinel undergoes a
cubic to tetragonal phase transition at T= 440 K that leaves all nearest neighbor interactions …

Antiferromagnetic (AFM) materials have zero net magnetic moments due to the alignment of
adjacent magnetic moments antiparallel to each other, which have drawn extensive interest …

We report a systematic enhancement of the pressure dependence of TN in A 2+[V 2] O 4
spinels as the VV separation approaches the critical separation for a transition to itinerant …

We present temperature-dependent x-ray diffraction and temperature-and field-dependent
Raman scattering studies of single-crystal Mn 3 O 4, which reveal the magnetostructural …