Expand Your Numerical Quantum Skills This Summer!
Tensor networks are a modern mathematical language that allows for a compact and efficient description of many-body quantum states, where direct computation becomes impossible. This talk discusses how this approach helps to understand the structure of entanglement and the dynamics of systems with a large number of particles, as well as how it is used for the numerical solution of quantum mechanical problems. The main ideas underlying tensor networks, intuitive examples of how they work, and key directions of practical application — from modeling many-body quantum systems to describing states of light — will be presented. Special attention is given to how tensor methods unify theory, computation, and experiment, opening new possibilities for the study of quantum systems.
PhD Scholarship: Design of fault-tolerant protocols with PsiQuantum and the University of Sydney (Future Leaders in Quantum Computing Program).
This PhD Scholarship offers a generous stipend of A$41,753 per year (2025 rate) for up to 4 years. Open to domestic and international students.
