Hi, there!
I am looking for PhD position in quantum. As a researcher still building their research identity, I have found myself often at the interface of experimental and theoretical quantum physics. Numerics, quantum optics, research software engineering (RSE) are things that have greatly interested me. In my Masters, I took an interest in quantum information, quantum thermal phenomena and open quantum systems, but I am open to exploring new areas in quantum for my PhD. Please do reach out if you think my profile is interesting!
Thanks for dropping by! I am a physicist, a programmer and generally a hands-on kinda person. My current field of interest lies in quantum optics and quantum information. I prefer making things than just talking about them on paper. I also love to take photos.
Feel free to contact me below!
Projects
nanosquared
Automated M² Measurement to evaluate laser beam quality. Achieved through integration of different hardware and software components.
Now available as a pip-installable package.
Includes control code for
NanoScan and
DataRay WinCamD beam profilers.
photonLauncher
- Setting up of lab infrastructure and network
- Development of automation techniques for data collection through equipment interfacing scripts on Linux
- Remote monitoring, experimentation and extraction of data.
- Linux system administration
- Statistical Correlation of the Photon-Bunching Effect with Silicon Avalanche Photon Detectors.
Poster: "Measuring Temporal Coherence of Light from a Mercury Vapour Lamp" (Institute of Physics Singapore Meeting, 2016)
onecorpsec
Managed Corporate Secretary System written in Django.
A system that manages a database of companies, each with their individual deadlines for documents and forms and sends periodic reminder E-Mails to the person in charge.
LatexBot
Telegram Bot to convert any given LaTeX code in a Telegram Chat into a rendered picture for easy viewing. For privacy reasons, a local LaTeX installation may also be used.
Scientific Works
Master Thesis2025
LMU Faculty of Physics / Arnold Sommerfeld Center Simulation of ultracold atomic systems. We developed a robust numerical toolkit for bosonic flux ladders, used to, i.a., investigate local current measurement errors in experimental quantum gas microscopes for topological quantum computation and simulation. Through rigorous investigations, we identify fundamental limitations in contemporary measurement protocols. (
HPC,
ED,
MPS,
DMRG)
Bachelor Thesis2022
Max Planck Institute of Quantum Optics Part of the Fermion Quantum Processor (FermiQP) experiment, which aims to use ultracold fermionic 6Li atoms to construct a novel combined digital- and analogue quantum processor.