Perovskite oxides of the R 2 CuTiO 6 type with a trivalent rare earth element (R) at the A-
cation site and co-occupancy of the B-cation site with the Jahn-Teller d 9 Cu 2+ and d 0 Ti …

We intentionally designed a stable two-dimensional (2D) bilayer dimer system, OsFeP4,
which serves as a tunable spin-5/2 J 1-J 2 anisotropic Heisenberg-like model to investigate …

The 2D oxychloride, Sr2Te4V2O13Cl2, was synthesized by high-temperature solid-state
synthesis in a closed silica ampule with low internal pressure of inert atmosphere. The …

B-site ordered A2B′ B ″O6 double perovskites have a variety of applications as magnetic
materials. Here, we show that diamagnetic d10 and d0 B ″cations have a significant effect …

Quantum spin liquids are highly entangled magnetic states with exotic properties. The S=
1/2 square-lattice Heisenberg model is one of the foundational models in frustrated …

Multiferroic materials with ordered electric dipoles and magnetic spins have attracted a great
deal of attention in the realms of applications and fundamental science. Multiferroics are …

Isovalent nonmagnetic d10 and d0 B ″cations have proven to be a powerful tool for tuning
the magnetic interactions between magnetic B′ cations in A2B′ B ″O6 double …

We explore the interplay between randomness and magnetic frustration in the series of S= 1
2 Heisenberg square-lattice compounds Sr 2 CuTe 1− x W x O 6. Substituting W for Te alters …

Double perovskite oxides of the A 2 B'B ″O 6 type with Jahn-Teller active Cu 2+ as the B′
constituent have gained considerable research interest in recent years. For fundamental …

The structural and magnetic properties of the face-centered-cubic double perovskite B a 2
MnW O 6 were investigated using neutron powder diffraction, DC magnetometry, muon spin …