Abstract Effects of spin–orbit interactions in condensed matter are an important and rapidly
evolving topic. Strong competition between spin–orbit, on-site Coulomb and crystalline …

The role of X-ray based electron spectroscopies in determining chemical, electronic, and
magnetic properties of solids has been well-known for several decades. A powerful …

We develop a formalism and a computational method to study polarons in insulators and
semiconductors from first principles. Unlike in standard calculations requiring large …

The effect of electron–phonon coupling in materials can be interpreted as a dressing of the
electronic structure by the lattice vibration, leading to vibrational replicas and hybridization of …

The layered Ruddlesden–Popper crystal structure can host a broad range of functionally
important behaviors. Here we establish extraordinary configurational disorder in a layered …

Strong many-body interactions in solids yield a host of fascinating and potentially useful
physical properties. Here, from angle-resolved photoemission experiments and ab initio …

Over the last decade, conducting states embedded in insulating transition metal oxides
(TMOs) have served as gateways to discovering and probing surprising phenomena that …

We show that, in the presence of a deformable lattice potential, the nature of the disorder-
driven metal-insulator transition is fundamentally changed with respect to the noninteracting …

Engineering the electronic band structure of two-dimensional electron liquids (2DELs)
confined at the surface or interface of transition metal oxides is key to unlocking their full …

Abstract Soft-X-ray ARPES (SX-ARPES) with its enhanced probing depth and chemical
specificity allows access to fundamental electronic structure characteristics—momentum …