Sarah J. Haigh

Bulk ferroelectric heterostructures

Interfaces in oxide heterostructures act as critical regions to induce emergent and novel types of functionality in thin films. Herein, we demonstrate the creation of bulk ferroelectric heterostructures (BFHs) in monolithic ferroelectrics by nanoscale elemental partitioning, unlo...

Scaling Up Molecular Electron Spin Qubits Around a Core‐Shell Quantum Dot

ABSTRACT Attachment of molecular nanomagnets (MNMs) to surfaces is an essential step toward multi‐qubit assemblies for the implementation of quantum information technologies. Here, thiol‐monofunctionalized {Cr 7 Ni} molecular antiferromagnetic rings that have potential as electro...