Conveners
Plenary Session: A
- Sin Kyu Kang (Seoul National University of Science and Technology)
Plenary Session: B
- Yoomin Oh
Plenary Session: C
- Jianming Bian
Plenary Session: D
- Chang Hyon Ha (Chung-Ang University)
Plenary Session: F
- Guang Yang (Brookhaven Naitonal Laboratory)
Plenary Session: G
- Eunju Jeon (Institute for Basic Science)
Plenary Session: H
- Myeonghun Park
Plenary Session: I
- Mariam Tortola
Plenary Session: J
- Chris Marshall (University of Rochester)
Plenary Session: K
- Jay Hyun Jo
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Mariam Tortola10/28/26, 8:40โฏAM
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Chris Marshall (University of Rochester)10/28/26, 9:10โฏAM
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Eunju Jeon (Institute for Basic Science)10/28/26, 10:10โฏAMOral (Invited)
Neutrinoless double beta decay offers the most sensitive laboratory access to lepton number violation and to the Majorana nature of the neutrino, and the reach of any search is set directly by detector performance. I will review where the field stands: the leading experiments have set half-life limits above 10^26 yr in 136Xe and 76Ge, while the 130Te and 100Mo programs are now moving to their...
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David Hervas Aguilar (TUM)10/28/26, 10:40โฏAMOral (Invited)
The LEGEND collaboration is searching for neutrinoless double-beta decay
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($0\nu\beta\beta$) of $^{76}$Ge in the first phase of its experimental
program, LEGEND-200. Building on key technological innovations from its
predecessor high-purity germanium experiments, GERDA and the MAJORANA
DEMONSTRATOR, LEGEND aims to realize the tonne-scale LEGEND-1000
experiment, with a discovery sensitivity... -
Veronika Palusova10/28/26, 11:00โฏAMOral (Contribution)
Double beta plus decay modes (๐ฝ+๐ฝ+, ๐ฝ+๐ธ๐ถ, and 2๐ธ๐ถ) are rare second-order weak processes converting two protons into two neutrons. Their observation is difficult due to extremely low probabilities, complex signatures, and the low natural abundance of suitable isotopes.
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Studying these decays offers insights into nuclear structure and fundamental symmetries. Decay rates depend on nuclear matrix... -
10/28/26, 11:20โฏAM
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Jiajie Ling10/28/26, 2:00โฏPM
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Jay Hyun Jo10/28/26, 2:30โฏPMOral (Invited)
Abstract: Short-baseline accelerator neutrino experiments sit at the intersection of several open questions in neutrino physics. Persistent anomalies at L/E ~ 1 m/MeV, most notably the LSND and MiniBooNE electron-flavor excesses, have motivated a dedicated experimental program to test the existence of light sterile neutrinos, while the same detectors provide high-statistics measurements of...
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Ornella Palamara (Fermilab), Ornella Palamara (Fermilab)10/28/26, 3:00โฏPMOral (Contribution)
The Short-Baseline Near Detector (SBND) is one of three liquid argon time projection chamber (LArTPC) neutrino detectors positioned along the axis of the Booster Neutrino Beam (BNB) at Fermilab, and serves as the near detector in the Short-Baseline Neutrino (SBN) Program. The detector just completed its second year of running, collecting over 6.5e20 POT, equivalent to an unprecedented sample...
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Matthias Meier10/28/26, 3:20โฏPMOral (Invited)
After the first detection of coherent elastic neutrino-nucleus scattering (CEฮฝNS) using reactor antineutrinos in the fully coherent regime in 2025, the CONUS+ experiment continued its measurements. Between the just mentioned Run-1 data and the latest Run-2 measurement, three of the four 1 kg germanium detectors were upgraded to 2.4 kg of active volume, which provide similar or even better...
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Graziano Rossi10/28/26, 4:10โฏPM
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Riya Shah (Kavli IPMU - UTokyo)10/28/26, 4:40โฏPMOral (Invited)
High-energy neutrinos provide a unique window into the most extreme environments in the Universe, carrying information from otherwise inaccessible regions and offering a complementary view to electromagnetic and gravitational-wave observations. Since the discovery of the diffuse flux of high-energy astrophysical neutrinos by the IceCube Neutrino Observatory, IceCube and other large-scale water...
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Juan Pablo Yanez, Juan Pablo Yanez (University of Alberta)10/28/26, 5:10โฏPMOral (Invited)
The IceCube Neutrino Observatory is the largest Cherenkov neutrino telescope in operation. Located deep in the Antarctic ice sheet at the South Pole, IceCube has been operating in its full configuration for over 15 years. With its low-energy extension, DeepCore, the detector has produced precision measurements of neutrino oscillations and stringent limits on new physics. During the last Pole...
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Woosik Kang (Drexel University)10/28/26, 5:30โฏPMOral (Contribution)
The discovery of a diffuse astrophysical neutrino flux by IceCube in 2013 marked the beginning of the TeV-PeV neutrino astronomy era. This was followed by reports of evidence for neutrino emission from two active galaxies (TXS 0506+056 and NGC 1068), as well as an excess of neutrinos from the galactic plane of the Milky Way. However, the source classes responsible for extragalactic neutrinos...
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Prof. Jose Bazo (Pontificia Universidad Catolica del Peru)10/28/26, 5:50โฏPMOral (Invited)
The detection of astrophysical PeV neutrinos by current neutrino observatories has established neutrino astronomy as a powerful tool for exploring the high-energy universe. However, the identification of astrophysical sources remains challenging due to the large background from atmospheric neutrinos. The Tau Air-Shower Mountain-Based Observatory (TAMBO) is a next-generation experiment designed...
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Erin Yandel (Los Alamos National Lab)10/29/26, 8:00โฏAMOral (Invited)
The Deep Underground Neutrino Experiment (DUNE) is a next-generation long-baseline neutrino oscillation experiment designed to make measurements of neutrino oscillations with high precision and probe for new physics. Neutrinos will be measured at two detector facilities, namely a Near Detector (ND) located at Fermilab close to where the neutrino beam is produced by the Long-Baseline Neutrino...
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Anyssa Navrer-Agasson10/29/26, 8:20โฏAMOral (Invited)
The Deep Underground Neutrino Experiment (DUNE), hosted by Fermi National Accelerator Laboratory and with its far detector located at the Sanford Underground Research Facility in South Dakota, represents the flagship next-generation long-baseline neutrino oscillation experiment. As part of DUNE Phase-II, the third far detector module (FD3) is a critical milestone in expanding the experiment's...
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Maritza J. Delgado Gonzalez (INFN Milano Bicocca)10/29/26, 8:40โฏAMOral (Contribution)
DUNE is an international long baseline neutrino experiment and will be the largest of its kind. It will determine the neutrino mass ordering, search for CP violation in the lepton sector, and perform precision tests of the neutrino oscillation paradigm. DUNE will use an intense muon neutrino beam produced, together with a Near Detector located on the Fermilab site and a Far Detector installed...
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Anatael Cabrera (CNRS / Universitรฉ Paris-Saclay)10/29/26, 9:00โฏAMOral (Invited)
The Double Chooz experiment delivered some of the most precise reactor-antineutrino measurements to date. With its legacy established and backgrounds well characterised, the Chooz underground site โ powered by two N4-generation PWR cores โ remains one of Europeโs most compelling facilities for reactor-antineutrino physics. Two new programmes are now charting the siteโs next chapter (3rd...
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Robert Kralik (King's College London)10/29/26, 10:00โฏAMOral (Contribution)
Hyper-Kamiokande is the next-generation large-scale water Cherenkov neutrino experiment, currently under construction in Japan. Its ambitious physics programme, including precision measurements of neutrino oscillations, searches for nucleon decay, and observations of neutrinos from astrophysical sources, places demanding requirements on detector performance and instrumentation.
This...
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Minfang Yeh10/29/26, 10:20โฏAM
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Andrew Santos (Kavli IPMU - UTokyo)10/29/26, 10:40โฏAMOral (Invited)
The Super-Kamiokande (SK) experiment is a world-leading, 50-kton water Cherenkov detector in Japan. Gadolinium sulfate has been loaded into the tank at 0.01% and 0.03% by mass in 2020 and 2022, respectively, to start the SK-Gd era and significantly improve the identification of neutron captures. Here, we discuss the status of SK-Gd, its latest results, and some prospects for the future. Topics...
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Sunhong Kim10/29/26, 11:00โฏAMOral (Contribution)
We evaluate the expected performance of a water Cherenkov detector for reactor antineutrino--electron elastic scattering at the RENO near-detector site. The reactor-spectrum normalization is extracted from the reconstructed recoil-electron directional distribution using a constrained profile-likelihood analysis, while the effects of different event-selection thresholds and relevant background...
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Yechan Kim (KAIST)10/29/26, 11:15โฏAMOral (Contribution)
Fundamental properties of neutrinos need not remain constant, but may become dynamical through a non-standard interaction with the dark sector. An oscillating wave dark matter can induce periodic variations in neutrino mass or transitions between Dirac and Majorana types. The resulting dynamics can modulate rare neutrino processes, including neutrinoless double beta decay and cosmic neutrino...
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Lorenzo Perisse (ILANCE (CNRS - UTokyo))10/29/26, 2:00โฏPMOral (Contribution)
Hyper-Kamiokande (HK) is the next generation of water Cherenkov detector in Japan,currently under construction and scheduled to begin data-taking in 2028. With a fiducial volume about 8 times larger than Super-Kamiokande's (SK), HK will record an unprecedented number of neutrino interactions, enabling precise measurements of neutrino oscillation parameters, searches for CP violation in the...
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Jianming Bian10/29/26, 2:20โฏPM
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Kazuhiro Terao10/29/26, 2:40โฏPM
Deep learning, particularly techniques adapted from modern computer vision, has substantially advanced the analysis capabilities of particle and nuclear physics experiments, neutrino experiments in particular. Most of these applications, however, rely on supervised learning: the model is trained on simulated events with known labels, and therefore inherits the assumptions and imperfections of...
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Jeong In Yun10/29/26, 3:40โฏPM
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Giulia Ricciardi (Dipartimento di Fisica E. Pancini, Universita' di Napoli Federico II)10/29/26, 3:55โฏPMOral (Contribution)
The neutrino signal from SN1987A offers a unique opportunity to study the
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dynamics of core-collapse supernovae, but its interpretation has been hindered
by detector timing uncertainties and ambiguities in the origin of the earliest
events. I will present a new statistical analysis combining neutrino energies,
arrival times, and angular distributions within a realistic parametric... -
Guang Yang (Brookhaven National Laboratory)10/29/26, 4:15โฏPMOral (Contribution)
Next-generation neutrino oscillation experiments such as the Deep Underground Neutrino Experiment require percent-level knowledge of neutrino-nucleon interaction cross sections. The Electron-Ion Collider and future nuclear collider has the capability of selecting certain spin and isospin state with controlled incident particle energy. Given that, there are a few ways to constrain a few key...
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Cong Guo10/30/26, 8:00โฏAMOral (Invited)
The Jiangmen Underground Neutrino Observatory (JUNO) is a 20โkt liquidโscintillator detector operating at a baseline of ~53โฏkm from two nuclear reactor complexes in southern China. Its primary goal is to determine the neutrino mass ordering via reactor antineutrinos, exploiting excellent energy resolution and low background.
Since detector commissioning in 2025, JUNO has been taking stable...
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Rhiannon Smith-Jones (University of Sheffield)10/30/26, 8:30โฏAMOral (Invited)
DUNE is a next-generation long-baseline neutrino oscillation experiment and underground neutrino observatory using liquid argon time projection chamber technology. DUNE will measure neutrino and antineutrino oscillations as a function of energy over more than a full oscillation period. It will definitively resolve the neutrino mass ordering and measure the mixing matrix parameters, including...
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Christophe Bronner (Yokohama National University)10/30/26, 9:00โฏAMOral (Invited)
Hyper-Kamiokande is the next generation Water Cherenkov experiment in Japan, following the highly successful Kamiokande and Super-Kamiokande experiments. It is currently under construction and will start taking data in 2028. The experiment is located in two sites separated by 295 km, with a massive 258 kilotonne water Cherenkov detector located in Kamioka town on one side, and a neutrino...
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Tomoko Ariga10/30/26, 9:50โฏAM
The Large Hadron Collider (LHC) produces the highest-energy accelerator
neutrinos, providing new opportunities to study neutrino interactions at
TeV energies. The FASER and SND@LHC experiments have successfully
detected neutrinos originating from LHC collisions and have begun
exploring this previously unmeasured energy regime with accelerator
neutrinos.In this talk, I will review...
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Yun-Tse Tsai10/30/26, 10:20โฏAM
Coherent elastic neutrinoโnucleus scattering (CEvNS) is a neutral-current weak interaction in which a neutrino scatters coherently from an entire nucleus at low momentum transfer. The coherent enhancement of the nuclear weak charge yields a cross section that scales approximately as N^2, while the associated nuclear recoils are typically at the keV or sub-keV scale. The Standard-Model...
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Manfred Lindner (Max-Planck-Institute fรผr Kernphysik)10/30/26, 10:50โฏAM
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10/30/26, 11:20โฏAM
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Riya Shah
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Kazuhiro Terao
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Kazuhiro Terao
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Andrew Santos
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Juseong Park (CAU)
Thank you for coming to Seoul.
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Test!