Dissertation topics suggested by the teacher.
- Dissertations for Master Degree
Research field:Theoretical Physics
Description: The thesis can tackle problems on
- analytical and numerical aspects of quantum many body systems in low dimensions and their quantum phases
- quantum information and computation theory applied to quantum simulations of quantum many body systems and models in statistical mechanics and field theory
Collaborations: other researchers at DIFA, researchers at INFN and CNR; researchers in other Italian and foreign institutions
Duration: 6-8 months
Prerequisites: Knowledge on field theory and statistical mechanics.
Suggested courses: Statistical Mechanics, Statistical Field Theory, Quantum States of Matter and Radiation; Quantum Many Body Theory, Quantum Computing
Recent dissertations supervised by the teacher.
First cycle degree programmes dissertations
- A geometric approach to the study of
quantum systems: Berry’s phase and
topological quantum computation
- Advancements in Quantum Key Distribution: Achieving Secure Communication.
- Applicazioni di Circuiti Quantistici Variabili nell'Imputazione di Dati Mancanti in Dataset Complessi
- Embedding process in D-Wave quantum annealer
- Experimental analysis of quantum error
correction through IBM Quantum
- I codici di correzione degli errori quantistici
- Il paradosso EPR e il teorema di Bell
- Il Random Circuit Sampling e la supremazia quantistica
- Information geometry of quantum systems
- La distribuzione a chiave quantistica
- L'algoritmo QAOA applicato al MaxCut su grafi
- Simulation of H2 molecule through Variational Quantum Eigensolver
- Simulations of a quantum perceptron on
IBM-Qiskit
- simulazione del variational quantum eigensolver applicato a problemi di ottimizzazione
- Simulazione di molecole tramite algoritmo Variational Quantum Eigensolver
Second cycle degree programmes dissertations
- A study on coherent Ising machines with Gaussian entanglement
- Non-Abelian Kitaev Models For Quantum Simulation
- Optimization schedules for the Quantum Approximate Optimization Algorithm
- Quantum simulation of non-Abelian lattice gauge theories
- Utilizing Global Subspace Expansion for
Time Dependent Variational Principle on
Spanning Tree Tensor Networks
PhD programmes thesis
- Machine learning for quantum models and quantum optimization for classical problems
