معرفی
Jane Xia is an active researcher with dual expertise in particle physics and immunology, contributing significantly to neutrino physics through the T2K and Super-Kamiokande collaborations while simultaneously advancing immunological understanding of B cell responses in allergic inflammation. Her interdisciplinary work bridges fundamental particle research and clinical immunology, with publications spanning high-energy physics experiments and molecular allergy mechanisms.
Her particle physics research focuses on neutrino oscillations, antineutrino interactions, and muon capture phenomena, utilizing large-scale detectors like Super-Kamiokande to measure rare decay processes and cross sections. In immunology, she investigates cytokine-mediated B cell activation pathways, particularly the IL-25/IL-17RB axis in type 2 inflammation, with implications for allergic disease therapeutics. This unique dual-focus approach demonstrates exceptional versatility across scientific domains.
Analysis of her 2025 publications reveals a clear interdisciplinary pattern: neutrino physics work emphasizes precision measurements of rare decays and oscillation parameters using megaton-scale detectors, while immunology research centers on molecular mechanisms of B cell regulation in inflammatory responses. Both domains show rigorous experimental methodology and contribute to foundational knowledge in their respective fields.
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Dr. Xia maintains active participation in major international physics collaborations including T2K (Tokai to Kamioka) and Super-Kamiokande, which involve hundreds of researchers across multiple continents conducting cutting-edge neutrino experiments in Japan's underground facilities.
