Add to ORKGWe provide a leading singularity analysis protocol in Baikov representation, for the searching of Feynman integrals with uniform transcendental (UT) weight. This approach is powered by the recent developments in rationalizing square roots and syzygy computations, and is particularly suitable for finding UT integrals with multiple mass scales. We demonstrate the power of our approach by determining the UT basis for a two-loop diagram with three external mass scales
Abstract We study several multiscale one-loop five-point families of Feynman integrals. More specifi...
We develop a systematic procedure for computing maximal unitarity cuts of multiloop Feynman integral...
We propose a strategy to study the analytic structure of Feynman parameter integrals where singulari...
Abstract We provide a leading singularity analysis protocol in Baikov representation, for the search...
Differential equations are a powerful tool for evaluating Feynman integrals. Their solution is strai...
In this Thesis we discuss recent ideas concerning the evaluation of multi-loop Feynman Integrals in...
The method of canonical differential equations is an important tool in the calculation of Feynman in...
Abstract We describe a strategy to solve differential equations for Feynman integrals by powers seri...
In this thesis we present different topics in perturbation theory. We start by introducing the metho...
Abstract We develop a general framework for the evaluation of d-dimensional cut Feynman integrals ba...
We introduce a novel approach for solving the problem of identifying regions in the framework of Met...
We describe an algorithm to organize Feynman integrals in terms of their infrared properties. Our ap...
We study the problem of solving integration-by-parts recurrence relations for a given class of Feynm...
Abstract We introduce the tools of intersection theory to the study of Feynman integrals, which allo...
Abstract: We consider the question about the number of master integrals for a multiloop Feynman diag...
Abstract We study several multiscale one-loop five-point families of Feynman integrals. More specifi...
We develop a systematic procedure for computing maximal unitarity cuts of multiloop Feynman integral...
We propose a strategy to study the analytic structure of Feynman parameter integrals where singulari...
Abstract We provide a leading singularity analysis protocol in Baikov representation, for the search...
Differential equations are a powerful tool for evaluating Feynman integrals. Their solution is strai...
In this Thesis we discuss recent ideas concerning the evaluation of multi-loop Feynman Integrals in...
The method of canonical differential equations is an important tool in the calculation of Feynman in...
Abstract We describe a strategy to solve differential equations for Feynman integrals by powers seri...
In this thesis we present different topics in perturbation theory. We start by introducing the metho...
Abstract We develop a general framework for the evaluation of d-dimensional cut Feynman integrals ba...
We introduce a novel approach for solving the problem of identifying regions in the framework of Met...
We describe an algorithm to organize Feynman integrals in terms of their infrared properties. Our ap...
We study the problem of solving integration-by-parts recurrence relations for a given class of Feynm...
Abstract We introduce the tools of intersection theory to the study of Feynman integrals, which allo...
Abstract: We consider the question about the number of master integrals for a multiloop Feynman diag...
Abstract We study several multiscale one-loop five-point families of Feynman integrals. More specifi...
We develop a systematic procedure for computing maximal unitarity cuts of multiloop Feynman integral...
We propose a strategy to study the analytic structure of Feynman parameter integrals where singulari...