This track focuses on the latest experimental and theoretical advancements in neutrino oscillation studies. Researchers are encouraged to present novel findings that enhance our understanding of neutrino mass and mixing.

This session will explore the role of neutrinos in astrophysical processes, including supernovae, cosmic rays, and the early universe. Contributions that link neutrino physics with cosmic phenomena are particularly welcome.

Innovations in neutrino detection methods and technologies will be discussed in this track. Participants are invited to share advancements in detector design, data acquisition, and analysis techniques.

This session aims to bridge the gap between neutrino physics and biophysics, examining potential impacts on biological systems. Research that investigates the interaction of neutrinos with living organisms is encouraged.

This track will delve into the implications of neutrino research within the broader context of particle physics. Topics may include theoretical models, experimental results, and their significance in the Standard Model.

Participants will present research on the use of neutrinos as astronomical messengers, contributing to our understanding of the universe's structure and evolution. This includes studies on neutrino sources and their cosmological implications.