| September 18 – Monday |
| AAP 2023 opening speech | John Learned |
| Welcome from STFC Boulby Underground Laboratory | Sean Paling |
| Boulby Underground Laboratory | Christopher Toth |
| Antineutrino detection & technology overview | Steven Dazeley |
| Coffee break |
| Neutrino applications overview | Rachel Carr |
| Reactor flux and spectrum overview | Leendert Hayen |
| Lunch break |
| Global project overview | Patrick Huber |
| Neutrino applications utility overview | Andrew Conant |
| Coffee break |
| Nu Tools: Exploring Practical Roles for Neutrinos in Nuclear Energy and Security | Michael Foxe |
| Nuclear Safeguards: Monitoring of Spent Nuclear Fuel | Dr Yan-Jie Schnellbach |
| Sensitivity Tool for Antineutrino Monitoring of Small Modular Reactors | Andrew Conant |
| Establishing Antineutrino-based Safeguards Using the State-level Concept | Mr Caiser Bravo |
| Scalability of Gd-doped water-Cherenkov reactor-antineutrino IBD detectors for non-proliferation | Viacheslav Li |
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| September 19 – Tuesday |
| An antineutrino-based detection concept for non-intrusive site-wide reactor monitoring | Steven Dazeley |
| SNIFR – Submarine Neutrino Identification For Reconnaissance | Alex Goldsack |
| WbLS with pulse-shape discrimination | Tomi Akindele |
| Materials development in the 30-tonne tank at BNL | Minfang Yeh |
| BUTTON technology testbeds | Jon Coleman |
| Coffee break |
| Measurement of reactor neutrinos using plastic scintillator cube | Dr Shoichi Hasegawa |
| Nuclear reactor monitoring with gadolinium-loaded plastic scintillator modules | Sertac Ozturk |
| A 6Li-doped pulse shape sensitive plastic scintillator for ton-scale detector applications | Cristian Roca |
| Performance of the ROADSTR PSD Plastic Prototype Detector | Caiser Bravo |
| Lunch break |
| Novel opaque scintillator technology for antineutrino detection | Thiago Bezerra |
| Novel Methodology for Low Energy IBD-like Antineutrinos Detection and Potential | Anatael Cabrera |
| Development of a High-Energy Two-Component Gamma Calibration Source | Igor Jovanovic |
| Forest of Tubes for a directional IBD detector | John Learned |
| EoS – A Pathfinder Experiment for Low Energy Neutrino Physics with the Hybrid Detector THEIA (Abstract & EosYork2023) | Hans Steiger |
| PALEOCCENE | |
| Coffee break |
| Geoneutrinos: messengers from the inaccessible Earth | Dr Virginia Strati |
| Reactor flux from reactor data | Bedrich Roskovec |
| Reactor spectrum from reactor data | Cristian Roca |
| Progress towards understanding the source of the Reactor Antineutrino Anomaly | Alejandro Sonzogni |
| Fission yields of isomers in antineutrino calculations | Andrea Mattera |
| IAEA meeting report | Paraskevi Dimitriou |
| Reactor flux summation method summary (Lorenzo Perisse slides, Lorenzo Perisse, and Lorenzo Perisse recording) | |
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| September 20 – Wednesday |
| Modelling of the anti-neutrino emissions from an Advanced Gas-cooled Reactor | Dr Andrew Petts |
| Anti-Neutrino Flux from the EdF Hartlepool Nuclear Power Plant | Robert Mills |
| Estimating Neutrino Signals Using reactors.geoneutrinos.org | Steve Dye |
| CONFLUX – The Reactor Antientrino Flux Prediction Software | Xianyi Zhang |
| Coffee break |
| Antineutrino measurements in SNO+ | Sofia Andringa |
| Reactor neutrinos in Super-Kamiokande Gadolinium | Lucas Nascimento Machado |
| DoubleChooz Experiment: Latest Results for Antineutrino Applied Detection | Thiago Bezerra |
| PROSPECT experiment | Bryce Littlejohn |
| DANSS reactor antineutrino spectrometer: results for 2023 | Yury Shitov |
| Lunch break |
| Status of miniCHANDLER and CHANDLER | H.Keegan Walkup |
| Measurement of anti-neutrinos from Nuclear Waste with VIDARR | Carl Metelko |
| MAD experiment | Nathaniel Bowden |
| The status of Reactor Experiment for Neutrino and Exotics | Byeongsu Yang |
| Coffee break |
| The COHERENT Experiment at the Spallation Neutron Source | Jason Newby |
| Recent results from the CONUS experiment | Christian Buck |
| CEvNS at the Dresden-II reactor and beyond | Mark Lewis |
| JUNO-TAO | Hans Steiger |
| Prospects for geo-neutrinos and supernova neutrinos with JUNO | Pierre-Alexandre Petitjean |
| Concluding statements | Nathaniel Bowden |