The study of light–matter interaction has led to important advances in quantum optics and
enabled numerous technologies. Over recent decades, progress has been made in …

We analyze the harvesting of entanglement and classical correlations from the quantum
vacuum to particle detectors. We assess the impact on the detectors' harvesting ability of the …

We study how two fully featured hydrogenlike atoms harvest entanglement from the
electromagnetic field vacuum, even when the atoms are spacelike separated. We compare …

We propose a conceptual design for a quantum blockchain. Our method involves encoding
the blockchain into a temporal GHZ (Greenberger–Horne–Zeilinger) state of photons that do …

We propose a fully covariant model for smeared particle detectors in quantum field theory in
curved spacetimes. We show how effects related to accelerated motion of the detector and …

We study entanglement harvested from a quantum field through local interaction with Unruh–
DeWitt detectors undergoing linear acceleration. The interactions allow entanglement to be …

The role of the timing and order of quantum measurements is not just a fundamental
question of quantum mechanics, but also a puzzling one. Any part of a quantum system that …

A bstract We study the harvesting of correlations by two Unruh-DeWitt static detectors from
the vacuum state of a massless scalar field in a background Vaidya spacetime consisting of …

Physical theories are developed to describe phenomena in particular regimes, and
generally are valid only within a limited range of scales. For example, general relativity …

Understanding the observer-dependent nature of quantum entanglement has been a central
question in relativistic quantum information. In this paper, we will review key results on …