Speaker
Renato Maria Prisco
(University of Naples Federico II & INFN - Naples)
Description
The numerical evaluation of Feynman integrals is a key ingredient for high-precision physics. Some approaches focus on computing integrals at specific phase-space points, while others use differential equations to propagate results efficiently. LINE is a novel open-source tool that integrates both strategies within a single framework. Developed primarily in C, it is designed for efficiency and scalability, making massive cluster computations more feasible compared to tools built with proprietary software. In this talk, I will discuss the methods implemented in LINE and show its usage on some examples.
Author
Renato Maria Prisco
(University of Naples Federico II & INFN - Naples)
