I’m a quantitative researcher with an education background in mathematical and theoretical physics.

I did my PhD research at the interface of physics and mathematics, exploring intricate connections between quantum field theories and algebraic geometry. My doctoral thesis can be found here.

## Expositions

I’ve been working on various projects from physics to quantitative finance. A selection of my expositary writings are listed below.

- A Physicist’s Introduction to Stochastic Calculus
- Manifold Optimisation for Linear Factor Models in Predicting Stock Returns
- Multivariate Jeffrey-Kirwan Residue and 3D Mirror Symmetry
- U(1)^K Chern-Simons Matter Gauge Theory
- Chern-Simons Terms from Determinant Line Bundles
- Supersymmetric Quantum Field Theory in Zero Dimension
- Residue Theorem
- Singlet Lens Optimisation and Rainbow Simulation
- Geometry Optimisation of the Muon Production Target
- The Game of Entropy: Maxwell’s Demon
- Investigation of Asymmetry in Particle Collisions
- A Scientific Theory of Music