معرفی
Davide Vadacchino serves as a Lecturer in Applied Mathematics/Theoretical Physics within the School of Engineering, Computing and Mathematics. His academic career includes significant research positions: Simons Postdoctoral Research Fellow at Trinity College Dublin (2020-2022), Assegnista di Ricerca at INFN - Sezione di Pisa (2018-2020), Research Software Engineer at Academy of Advanced Computing - Swansea (2017), and Postdoctoral Research Officer at University of Swansea Physics department (2016-2017).
Professionally recognized as an Associate Fellow of the Higher Education Academy, Vadacchino teaches multiple mathematics courses including Numerical and Computational Analysis, Partial Differential Equations, Modelling and Numerical Simulations, and Mathematics of Planet Earth, along with Physics 1 for Foundation Year in Engineering. Previously, he taught Lattice Field Theory in Trinity College Dublin's M.Sc. program in Quantum Fields, Strings and Gravity.
Vadacchino's research profile shows deep specialization in theoretical physics with strong computational components. His fingerprint analysis reveals primary expertise in Gauge Theory (100%), with substantial contributions to Fermion Physics (53%), Yang-Mills Theory (35%), Density of States (19%), and Monte Carlo methods (18%). His work frequently addresses Baryon Physics, Boundary Conditions, and engineering Realizations of theoretical models.
His recent publications demonstrate a clear trajectory from foundational lattice gauge theory studies toward increasingly complex investigations of quantum phase transitions and baryon spectra. A notable trend is the integration of quantum computing techniques with traditional lattice methods to overcome longstanding computational challenges in theoretical physics.
Vadacchino maintains active engagement with the physics community through 88 research outputs, 20 datasets, and educational outreach activities including Particle Physics Master Classes on proton therapy. His collaborative work spans international institutions, particularly with researchers from Swansea, Trinity College Dublin, and INFN Pisa.
