Cambridge, England, United Kingdom
I am a PhD researcher in Physics at the University of Cambridge, specialising in nanophotonics, plasmonics, and optical sensing. My work focuses on developing nanostructures and materials that improve the sensitivity and reliability of chemical and environmental detection systems. I completed my MPhil at Cambridge with research centred on the design and optical characterisation of nanomaterial-based sensors. This included hands-on experimental work, data analysis, and the development of measurement and sample-preparation protocols. I bring experience in optical spectroscopy (Raman, IR, UV–Vis), nanoparticle and solution preparation, nanofabrication techniques, and scientific data analysis. I enjoy working at the intersection of physics, materials science, and chemistry, particularly where research can contribute to real-world sensing and monitoring challenges. I am open to collaborations and opportunities in nanophotonics, sensing technologies, and interdisciplinary research environments.
Teaching tutorials and grading assignments on quantum mechanics, particle physics and elementary quantum field theory. For the course "Quantum Mechanics" taught by Prof. Peter Schupp.
Teaching tutorials and grading assignments on electrodynamics and the covariant formulation of special relativity. For the course "Electrodynamics" taught by Prof. Ulrich Kleinekathöfer.
- Improving the set-up and control-program (Python) for the custom-build microscope - Trapping and Raman-spectroscopy of particles (polystyrene beads, proteins, bacteria, EVs) - Data-analysis of acquired spectra - Characterising optical chips and using them to trap EVs and collect Raman-spectra - Improving the set-up for acquiring Raman-spectra from EVs using the optical chip - Automation of set-up for investigating Fano-resonances in quasiBIC (Bound State in the Continuum)
Teaching tutorials and grading assignments on electromagnetism and modern physics. For the course "Modern Physics" taught by Prof. Wagner and Prof. Materny.
Teaching tutorials and grading assignments on classical mechanics, thermodynamics, and optics. For the course "Classical Physics" taught by Prof. Fritz.
Building an unprecedented online market place for conveyor systems while working on the frontend of the website and creating the website’s content. Analysis of the current market for optimal product placement and customer experience. Further, various areas of products are being analysed for a precise placement and creation of customer connections.