akoreman / triton-toy-ground-state-cirq

Project to find estimates for the ground state of the Triton Toy Model as defined by Roggero et al. 2019 (arXiv:1911.06368) using Variational Quantum Eigensolver and Quantum Phase Estimation methods. Coursework for Applied Quantum Algorithms course (Physics MSc level, Leiden University, 2020). Received grade: 10/10.

Hi, I'm Alice (she/they)

Currently working as software development engineer, background in computational physics (MSc, Leiden University/Summa cum laude) with a specialisation in quantum computing/algorithms/ML. Further passion for computer graphics, machine-learning fundamentals, numerical simulation.

❤️

• Music (punk rock & analog music synthesis)
• Video and board games
• Art

Portfolio (Non-graphical projects as pinned, click images for link)

Small game: Tabletop Ising Model (Unity3D/C#)

Mesh/GameObject Path Tracing (HLSL Compute Shader/Unity3D)

Fractal Ray Marching (HLSL Compute Shader/Unity3D)

Custom Scriptable Forward Rendering Pipeline (Custom Unity3D SRP/HLSL Shaders)

Custom Scriptable Deferred Rendering Pipeline (Custom Unity3D SRP/HLSL Shaders)

Multi-Threaded Marching Cubes Algorithm for Generating Meshes (Unity3D/Unity C# Job System + Burst Compiler)

Terraforming Game Mechanic Based on Marching Cubes Algorithm (Unity3D/C#)

Barnes-Hut Tree Simulation for Efficient Many-Body Interactions (Simulation: C#, Animation: Python/MatPlotLib)

Convolutional Neural Networks for Finding the Critical Temperature of the Ising Model (Python/Keras)

2D Mandelbrot Set Visualisation (C#)