In this short review, we survey several physical properties of electron-doped cuprates. We
focus on a comparison of the T′ family of general formula Ln 2− x Ce x CuO 4 (Ln= La, Nd …

We studied the in-plane angular magnetoresistance (AMR), in the normal state, of
underdoped superconducting Sr 1–x La x Cu O 2, which has the simplest crystal structure …

Thin films of the electron-doped infinite-layer Ca 1− x R x CuO 2, with R= La 3+, Nd 3+, and
Ce 4+, have been synthesized using molecular beam epitaxy. The solubility limits of R in Ca …

Signatures of antiferromagnetism (AF) in the underdoped L n 2− x Ce x CuO 4 (L n= Nd,
Pr,…) family are observed even for doping levels for which superconductivity exists. We …

We report measurements of low-temperature magnetoresistance in Sr 1− x La x CuO 2 (x=
0.1) epitaxial thin film grown on (110) DyScO 3 single crystal. A positive magnetoresistance …

We report a transport study down to 2 K and in high magnetic fields up to 20 T of a highly c-
axis-oriented epitaxial thin film of electron-doped “infinite-layer” cuprate superconductor Sr …

The in-plane penetration depth of Sr 0.88 La 0.12 CuO 2+ x thin films at various doping
obtained from oxygen reduction has been measured, using ac-susceptibility measurements …

We report the first measurement of the depairing critical current density in the electron-
doped infinite-layer Sr 1− x La x CuO 2 system. Resistance-versus-temperature transition …

The objective of my thesis is to synthesize infinite-layer nickelate Nd1-xSrxNiO2 thin films to
study their superconductive properties. The optimization of the 10nm thin films have been …

We have used the electric-field effect to modulate the resistivity of the surface of underdoped
Sr 0.88 La 0.12 CuO 2+ x thin films, allowing opposite modifications of the electron and hole …