Students
Ph.D. students
|
Years |
Name |
Publications |
|
since 2025 |
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|
2022 – 2026 |
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|
Thesis: Effective Field Theories for Precision Physics: Gradient Flow and Beta Decay |
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|
2021 – 2025 |
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Thesis: Two-Loop Renormalization of Effective Field Theories |
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Master students
|
Year |
Name |
Institution |
Publications |
|
2026 |
Jonathan Vanha |
ETH Zurich |
|
|
Thesis: Scheme changes in the two-loop LEFT renormalization-group equations |
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|
2026 |
Dominic Schwenkreis |
ETH Zurich |
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Thesis: Radiative Corrections to Hadronic Vacuum Polarization |
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|
2024 |
Nikolaos Geralis |
ETH Zurich |
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Thesis: Dispersive treatment of γ*γ→ππ in the soft limit |
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|
2024 |
Emilis Kaziukėnas |
ETH Zurich |
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|
Thesis: Two Pion Contributions to Muon g - 2 in Triangle Kinematics |
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|
2024 |
Thomas Leplumey |
ETH Zurich / École polytechnique (IP Paris) |
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Thesis: Dispersive Analysis of the Pion Vector Form Factor Without Zeros |
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|
2023 |
Sebastiano Covone |
ETH Zurich |
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Thesis: Chiral realization of effects beyond the Standard Model in the Low Energy Effective Field Theory |
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|
2022 |
Jona Bühler |
ETH Zurich |
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Thesis: Gradient flow for CP-violating effective four-fermion operators |
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|
2022 |
Marvin Heierli |
ETH Zurich |
|
|
Thesis: Master Formulae for the Hadronic Contributions to the Anomalous Magnetic Moment of the Muon |
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Semester projects
|
Year |
Name |
Institution |
|
2025 |
Andrea Brusco |
ETH Zurich |
|
Project: Scheme dependences and scheme translations in two-loop renormalization-group equations |
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|
2024 |
Gaukhar Yesmurzayeva |
University of Zurich |
|
Project: Diagrammatic off-shell matching at one loop in effective field theories |
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|
2023 |
Emilis Kaziukėnas |
ETH Zurich |
|
Project: Muon g − 2 in a New Dispersive Approach |
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Bachelor students
|
Year |
Name |
Institution |
|
2025 |
Tabea Pawlitschko |
University of Zurich |
|
Thesis: Hilbert Series for Effective Field Theories |
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|
2025 |
Tenzin Peldon Lhasam |
University of Zurich |
|
Thesis: Mixed hadronic and leptonic contributions to the muon g–2 with a neutral pion |
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