Solenoidal Spectrometer Workshop 2025

Session

Day 1 - Session 03

103

9 Dec 2025, 14:30

Conference hall (IGFAE)

106. Spin-State Teleportation at MeV Energies via Entanglement Generation and Manipulation Between Protons

Dong Bai

09/12/2025, 14:30

Theory

Quantum teleportation enables the transfer of an unknown quantum state between distant qubits via entanglement. While it has been demonstrated in systems such as photons and superconducting circuits, it remains largely unexplored in nuclear physics at MeV energies. We propose new teleportation protocols based on Bell-state projection and transition operators that are naturally realized in low-...

110. Probing pairing correlations in nuclei with (t,p) reactions

Gregory Potel Aguilar (Universidad de Sevilla)

09/12/2025, 15:05

Theory

The existence of a superconducting phase associated with the breaking of particle number conservation was first identified in metals in the context of the BCS theory. It was realized very soon that the underlying mechanism, connected with pairing correlations at work in the formation of Cooper pairs, bore great generality and was expected to be relevant for a large variety of fermionic...

97. Commissioning the Solenoid Spectrometer for Nuclear Astrophysics and Decays

Cade Dembski (University of Notre Dame)

09/12/2025, 15:45

Detectors and Electronics

The Solenoid Spectrometer for Nuclear Astrophysics and Decays (SSNAPD) is a new silicon-array solenoidal spectrometer system in development at the University of Notre Dame’s Nuclear Science Lab (NSL). Using single nucleon transfer and charge exchange reactions in forward kinematics as a production mechanism, SSNAPD will provide sensitive measurements of charged particle partial widths for...