Tom Hogan

Influence of Electron Doping on the Ground State of (Sr1-xLax)2IrO4

The evolution of the electronic properties of electron-doped (Sr1-xLax)2IrO4 is experimentally explored as the doping limit of La is approached. As electrons are introduced, the electronic ground state transitions from a spin-orbit Mott phase into an electronically phase separated state, where long-range magnetic order vanishes beyond x = 0:02 and charge transport remains percolative up to the limit of La substitution (x =0:06). In particular, the electronic ground state remains inhomogeneous even beyond the collapse of the parent states long-range antiferromagnetic order, while persistent short-range magnetism survives up to the highest La-substitution levels. Furthermore, as electrons are doped into Sr2IrO4, we observe the appearance of a low temperature magnetic glass-like state intermediate to the complete suppression of antiferromagnetic order. Universalities and di erences in the electron-doped phase diagrams of single layer and bilayer Ruddlesden-Popper strontium iridates are discussed.

Neutron scattering study of correlated phase behavior in Sr 2 IrO 4

Neutron diffraction measurements are presented exploring the magnetic and structural phase behaviors of the candidate J

First-order melting of a weak spin-orbit mott insulator into a correlated metal

_{eff}=1/2

Short-range correlations in the magnetic ground state of na4ir3 O8

Mott insulating iridate Sr

Magnetic order and the electronic ground state in the pyrochlore iridate Nd2Ir2O7

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Spin ordering and electronic texture in the bilayer iridate Sr3Ir2O7

IrO

Structural investigation of the bilayer iridate Sr_3Ir_2O_7

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Disordered dimer state in electron-doped Sr3Ir2O7

. Comparisons are drawn between the correlated magnetism in this single layer system and its bilayer analog Sr

Evolution of antiferromagnetic susceptibility under uniaxial pressure in Ba(Fe1 xCox)2As2

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Magnetism and magnetic order in the pyrochlore iridates in the insulator-to-metal crossover region

Ir