About Renzo Ricca

Research Interests

My work concerns the following thematic areas: Classical vortex dynamics and fluid knots; Quantum defects in condensates and topological phases; Energy-complexity relations for magnetic fields; Topological transitions of critical energy surfaces; Hydrodynamic analogue models in black hole theory. (i) Classical vortex dynamics and fluid knots Study of dynamical properties of three-dimensional vortex fields, and of … Continue reading

26/07/2022 About me, Research

Scientific Programs and Advanced Schools

Launch of the Association for Mathematical Research (AMR) A new world organization for the promotion of mathematical research and scholarship As founding member of The Association for Mathematical Research (AMR), I contributed to the launch (in November, 2021) of this new, non-profit, volunteer-based organisation, to support mathematical research and scholarship worldwide. This is done through a broad … Continue reading

06/07/2022 Events & Activities

Topological Methods in Field Theories

Introduction This is an elective course of the Master Degree in Mathematics, and it contributes to the educational training in Mathematical Physics. All lectures are given in English, and they are delivered during the second semester of each academic year, from March to June. It consists of 5 hours per week of front lectures, accounting … Continue reading

30/06/2022 Teaching

Matematica, Statistica e Informatica

Struttura Il corso si suddivide in due parti (13 CFU in totale): Obiettivi dell’insegnamento di Matematica Fornire concetti e tecniche matematiche di base su: calcolo vettoriale, calcolo matriciale, autovalori e autovettori, comportamento asintotico e studio di funzioni, derivazione, integrazione, sviluppo in serie di potenze di funzioni elementari, integrazione di equazioni differenziali elementari. Programma dell’insegnamento di … Continue reading

30/05/2022 Teaching

Books

Knotted Fields Knotted Fields. Edited by Renzo L. Ricca, Xin Liu (Springer Nature Switzerland, 2024), ISBN 978-3-031-57984-4. From the Preface: This book represents a unicum in the current panorama of edited volumes, collecting a series of notable contributions by some of the world experts in the modern area of Knotted Fields. Scope of the book … Continue reading

06/02/2022 Publications

An Introduction to Topological Fluid Dynamics

(7 lectures; 2018) Lecture 1: Fundamentals of Fluid Flows and Kinematic Transport Theorem Lecture 2: Conservation of Linear Momentum and Decomposition of Fluid Flows Lecture 3: Circulation and Vorticity Transport Equation September 26, 2018 Click on  to watch this video Duration: 1:31:26 Summary of the talk Lecture 4: Helmholtz’s Conservation Laws and Kinetic Helicity September … Continue reading

06/02/2022 Video Lectures