Complex oxide interfaces have mesmerized the scientific community in the last decade due
to the possibility of creating tunable novel multifunctionalities, which are possible owing to …

In this review, we focus on the celebrated interface between two band insulators, LaAlO 3
and SrTiO 3, that was found to be conducting, superconducting, and to display a strong spin …

What causes Cooper pairs to form in unconventional superconductors is often elusive
because experimental signatures that connect to a specific pairing mechanism are rare …

The discovery of two-dimensional electron gases (2DEGs) at oxide interfaces—involving
electrons in narrow d-bands—has broken new ground, enabling the access to correlated …

The marriage between a 2D layered material (2DLM) and a complex transition metal oxide
(TMO) results in a variety of physical and chemical phenomena that cannot be achieved in …

In multi-orbital materials, superconductivity can exhibit several coupled condensates. In this
context, quantum confinement in two-dimensional superconducting oxide interfaces offers …

The breaking of symmetry across an oxide heterostructure causes the electronic orbitals to
be reconstructed at the interface into energy states that are different from their bulk …

Diverse phenomena emerge at the interface between band insulators LaAl O 3 and SrTi O 3,
such as superconductivity and ferromagnetism, showing an opportunity for potential …

Quantum confinement at complex oxide interfaces establishes an intricate hierarchy of the
strongly correlated d orbitals which is widely recognized as a source of emergent physics …

Abstract In all archetypical reported (001)-oriented perovskite heterostructures, it has been
deduced that the preferential occupation of two-dimensional electron gases is in-plane d xy …