Poster Presentation Guidelines
Dear Poster Presenters,
Please carefully review the following guidelines for poster presentations at NNN26.
1. Poster Preparation
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Size: Both A0 and KPS poster sizes are acceptable.
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Orientation: Both portrait (vertical) and landscape (horizontal) orientations are acceptable.
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Printing: Presenters must print and bring their own posters. On-site printing services will not be available.
2. Poster Setup
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Please set up your poster upon arrival at the conference venue.
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Each poster will be assigned a number. Please locate your designated poster board according to your assigned number.
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Adhesive tape for mounting posters will be provided by the organizers.
3. Poster Sessions and Attendance
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Poster sessions will be held after lunch on Wednesday, October 28, and Thursday, October 29.
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Each presenter is required to attend one of the two poster sessions to present and discuss their work.
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Posters must remain displayed throughout both days.
- We strongly encourage all poster presenters to be present at their posters on both days, if possible, to engage in informal discussions with other participants.
4. Poster Removal
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Please remove your poster after the poster session concludes by the last break on Thursday, October 29.
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The workshop will move to a different building (Building 102) on the final day. Therefore, all posters must be removed from the exhibition hall before the final day.
5. Poster Awards
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The Poster Awards will be announced during the closing session. Award winners must attend the session in person to receive their awards.
Thank you for your cooperation. We look forward to your presentations at NNN26.
NNN26 Local Organizing Committee
October 28, Wednesday
| W3-01 | Characterizing Pixel-Level Charge Response in a Pixelated LArTPC with MIP dQ/dx |
| W3-02 | Wire-Cell Event Reconstruction for ProtoDUNE: DNN Signal Processing and 3D Imaging Validation |
| W3-04 | Gain Characterization of the Hyper-Kamiokande 50-cm Photomultiplier Tube under Various Incident Light Conditions |
| W3-05 | Seawater tides with the HAWL cosmic-ray muon detector |
| W3-06 | Overview and Calibration of the Hyper-Kamiokande Outer Detector Electronics System |
| W3-07 | High statistics measurement of the performance of the Hyper-Kamiokande 50cm PMT |
| W3-08 | Charged-Particle Topology Reconstruction with an In-Liquid SiPM Array in CANDY |
| W3-09 | Temperature-dependent performance of immersed SiPM arrays in a 125-liter liquid scintillator detector |
| W3-10 | A ton-scale liquid argon detector for Coherent Elastic Neutrino-Nucleus Scattering Measurement |
| W3-11 | Sensitivity Study of CP Violation Measurement for the seabed Korea Neutrino Observatory |
| W3-12 | Long-Term Stability of a DIN-Containing Gd-Loaded Liquid Scintillator |
| W3-13 | Emulsion data taking and processing for the SND@LHC |
| W3-14 | A liquid argon (LAr) Detector R&D for low-energy neutrinos interactions study |
| W3-15 | Directional information in Low-Level PMT observables for Water Cherenkov detectors |
| W3-16 | The CICENNS DAQ system |
| W3-17 | Development and Commissioning of the RENE Experiment |
October 29, Thursday
| T1-01 | Event selection and data analysis techniques for CEvNS analysis in NEON |
| T1-02 | Current status of the NEON experiment |
| T1-03 | Searches for Dark Sector Particles with the NEON experiment |
| T1-04 | Sterile Neutrino Search at JSNS² & JSNS²-II Experiments |
| T1-09 | Millimeter Observations of the High-Energy Neutrino Production Environment in Seyfert Coronae: NGC 7469 |
| T1-10 | First Look at Muon and Hadron Kinematics in Charged-Current Interactions on Water with the NINJA Emulsion Detector |
| T1-11 | Sterile Neutrino Search Using the Rb Beta Spectrum in a Rubidium-doped CsI Crystal |
| T2-05 | Probing Nuclear Effects in Neutrino-Energy Reconstruction with Superscaling Observables |
| T2-07 | Sensitivity study for the proton decay mode at Hyper-Kamiokande |
| T2-08 | Overview of the Hyper-Kamiokande proton decay search program and its discovery reach |
| T2-12 | Detectability of Neutrinos from Oxygen Burning in Massive Stars Using a Water-based Liquid Scintillator Detector |
| T2-13 | Expected performance of a water Cherenkov detector for reactor antineutrino--electron scattering at the RENO near-detector site |
| T2-15 | Nuclear effects in proton decay |
| T2-16 | Leptoquark-Assisted Baryogenesis and Proton-Decay |
| T2-17 | Resonant Non-Abelian Vector Dark Matter |
| T3-06 | Re-evaluation of Nuclear De-excitation Models for Neutron Invisible Decay Searches in KamLAND |
| T3-14 | A Waveform-Level Comparison of Single-Photoelectron Responses in an MCP-PMT and a Dynode PMT for the HUNT Project |
| W3-03 | Overview of the Hyper-Kamiokande Calibration System |