The rapid development of 5G, big data, and Internet of Things (IoT) technologies is urgently
required for novel non-volatile memory devices with low power consumption, fast read/write …

Strongly correlated oxides with a broken symmetry could exhibit various phase transitions,
such as superconductivity, magnetism and ferroelectricity. Construction of superlattices …

Strongly driven antiferromagnetic Mott insulators have the potential to exhibit exotic transient
phenomena that are forbidden in thermal equilibrium. However, such far-from-equilibrium …

Double perovskite (DP) oxide material receive extensive research interest due to exciting
physical properties with potential technological application. 3 d based DP oxides are …

A prototypical family of Ruddlesden− Popper (RP) iridate oxides Sr n+ 1 Ir n O 3 n+ 1 (n= 1,
2, and∞) was investigated to intensify systematic understanding of the intrinsic activity of the …

The magnetic state of low temperature martensite phase in Co-substituted Ni–Mn–Sn-based
ferromagnetic shape memory alloys (FSMAs) has been investigated, in view of numerous …

Sr2IrO4 with strong spin–orbit coupling and Hubbard repulsion (U) hosts Mott insulating
states. The similar crystal structure and magnetic and electronic properties, particularly the d …

Geometrical frustration and spin–orbit coupling effect together play vital role to influence
properties in pyrochlore based iridium oxides. Here we have investigated detailed structural …

Abstract 3d based double perovskite materials have received much attention in recent years
due to their exotic magnetic structure and magneto-electric coupling. In this work we have …

The 5 d-based Sr Ir O 3 represents a prototype example of nonmagnetic correlated metal
which mainly originates from a combined effect of spin-orbit coupling, lattice dimensionality …