2023 - present

PhD in Physics, University of Basel.

• Funding: QCQT PhD School Fellowship

2020 - 2022

Master in Physics, University of Basel.

Master thesis: A Keldysh path integral approach to input-output theory

Project thesis:  Geometric phases in dissipative quantum systems

2019 - 2020

Bachelor in Mathematics, University of Basel.

2016 - 2019

Bachelor in Physics, University of Basel.

Research Project: Synchronization of a Van der Pol oscillator to a two-frequency signal

• A Path Integral Approach to Input-Output Theory 
  A. Daniel, M. Brunello, A.A. Clerk and P.P.Potts 
  arxiv:2509.07563
• A Thermodynamic Framework for Coherently Driven Systems
  M. Schrauwen, A.Daniel, M. Janovitch and P.P. Potts 
  arXiv:2505.08558
• Geometric Phase in Quantum Synchronization
  A. Daniel, C. Bruder, and M. Koppenhöfer,
  Phys. Rev. Research 5, 023182 (2023), arXiv:2302.08866v2

QuantumFCS 

Together with Marcelo Janovitch I developed an official  Julia package for computing Full Counting Statistics (FCS) of open quantum systems. 

I take part in the "Wissensbox" project of the university where PhD students visit local schools and talk about their field. We visit primary schools in and around Basel and teach students about the wave-particle duality with our Physics "Wissensbox" on the double slit experiment which I helped develop. 

There is even a Newspaper Article  about one of our school visits!