Quantum correlations provide a powerful framework for probing the non-classical features of Nature. Their significance is reflected in a rich and growing body of literature, spanning quantum information science and high-energy physics.
Neutrino oscillations offer a particularly promising setting in which to investigate these phenomena, thanks to the quantum coherence that can persist over macroscopic distances. The study of quantum correlations in neutrino systems is an emerging and rapidly developing area of phenomenological research, opening new opportunities to explore fundamental aspects of quantum mechanics through particle physics.
This workshop will review the current state of the field and explore future directions, with the aim of:
-
Fostering new collaborations, particularly between the theoretical and experimental communities.
-
Highlighting opportunities for dedicated experimental measurements to probe quantum correlations in neutrino systems.
-
Identifying new approaches to neutrino oscillation data analysis, informed by quantum-information concepts.
- Bridging theory and experiment by identifying measurable signatures of quantum correlations and developing new strategies for extracting them from neutrino oscillation data.
-
Exploring new avenues for understanding the quantum features of Standard Model physics and searching for New Physics
-
Exploring how the quantum nature of neutrino oscillations can deepen our understanding of fundamental quantum phenomena and shed light on the interplay between quantum mechanics and gravity
The workshop is fully on Zoom (the link will be sent to registered partecipants).
Registration will be open until the 6th of December
The workshop is sponsored by the ANR project EntaNEU.