Antineutrino detection could be a tool to remotely monitor a nuclear reactor's power, burnup, fuel composition, and used nuclear fuel repository. However, it is challenging to build portable detectors based on existing inverse-beta-decay interaction. Coherent-elastic-neutrino-nucleus-scattering (CEvNS) has recently emerged as the next generation, potential candidate for antineutrino measurements with kilogram-scale detectors. Nonetheless, there are several questions that need to be answered in the context of nuclear nonproliferation and reactor monitoring which will be discussed in this panel discussion: i) how low in antineutrino energy can one detect; ii) can an improvement in energy resolution be realized; iii) how can sensitivity to background radiation be treated; iv) what level of confidence can CEvNS provide in measuring power and burnup; v) how easily can they be deployed, and how much will they cost?

Panelists

  • Raimund Strauss (Technical University of Munich)
  • Rupak Mahapatra (Texas A&M Univ.)
  • Patrick Huber (Virginia Tech)
  • Phillip Barbeau (Duke Univerity)

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