Context And Mission

The BSC Quantic team aims to develop and apply advanced analytical and numerical methods to investigate quantum field theories and strongly correlated quantum many-body systems. In this project, particular emphasis will be placed on Hamiltonian formulations of lattice field theories, their quantum simulation, and the characterization of their complexity and quantum-information properties. The research will address fundamental questions related to continuum limits, phase structure, real-time dynamics, entanglement, non-Gaussianity, and ergodicity, while exploring alternative lattice formulations that may enable more efficient classical and quantum simulations.

Key Duties
- Numerical and analytical investigation of quantum field theories and strongly correlated quantum many-body systems.
- Development and application of numerical methods for the classical and quantum simulation of lattice field theories.
- Investigation of quantum complexity, entanglement, non-Gaussianity, ergodicity, and related quantum-information properties of quantum field theories.




- Contribution to ongoing research on alternative Hamiltonian formulations of lattice gauge theories, including orbifold lattice approaches, continuum limits, phase structure, and real-time dynamics.
- Analysis of numerical and analytical results and preparation of scientific publications.
- Presentation of research results at international conferences and workshops.

Requirements
- Education
- Master's degree in Physics, Theoretical Physics, Mathematical Physics, or a closely related discipline.
- Essential Knowledge and Professional Experience
- Strong background in quantum mechanics and quantum field theory at graduate level.
- Good knowledge of analytical methods in theoretical physics.
- Experience with numerical methods and scientific programming, preferably in Julia, Python, or comparable scientific programming environments.
- Additional Knowledge and Professional Experience
- Knowledge of

📌 PhD Student in Quantum algorithms (Barcelona)
🏢 Barcelona Supercomputing Center
📍 Barcelona