In this paper, we present analytic results for scalar one-loop two-, three-, four-point Feynman integrals with complex internal masses. The calculations are considered in general space-time dimension D for two- and three-point functions and D=4 for four-point functions. The analytic results are expressed in terms of the Carlson hypergeometric functions (ℛ-functions) and valid for both real and complex internal masses
Abstract. — We study the Feynman integral for the three-banana graph defined as the scalar two-point...
International audienceThe computational technique of N-fold Mellin-Barnes (MB) integrals, presented ...
We study Feynman integrals in the representation with Schwinger parameters and derive recursive inte...
In this paper, we present analytic results for scalar one-loop two-, three-, four-point Feynman inte...
A systematic study of the scalar one-loop two-, three-, and four-point Feynman integrals is performe...
A systematic study of the scalar one-loop two-, three-, and four-point Feynman integrals is performe...
Abstract We study several multiscale one-loop five-point families of Feynman integrals. More specifi...
Representations are derived for the basic scalar one-loop vertex Feynman integrals as meromorphic fu...
Representations are derived for the basic scalar one-loop vertex Feynman integrals as meromorphic fu...
The long-standing problem of representing the general massive one-loop Feynman integral as a meromor...
Fleischer J, Jegerlehner F, Tarasov OV. A new hypergeometric representation of one-loop scalar integ...
AbstractPresent and future high-precision tests of the Standard Model and beyond for the fundamental...
We present a new Fortran code to calculate the scalar one-loop four-point integral with complex inte...
Latex. 70 pages. 3 figuresWe study the Feynman integral for the three-banana graph defined as the sc...
Abstract We study a two-loop four-point function with one internal mass. This Feynman integral is on...
Abstract. — We study the Feynman integral for the three-banana graph defined as the scalar two-point...
International audienceThe computational technique of N-fold Mellin-Barnes (MB) integrals, presented ...
We study Feynman integrals in the representation with Schwinger parameters and derive recursive inte...
In this paper, we present analytic results for scalar one-loop two-, three-, four-point Feynman inte...
A systematic study of the scalar one-loop two-, three-, and four-point Feynman integrals is performe...
A systematic study of the scalar one-loop two-, three-, and four-point Feynman integrals is performe...
Abstract We study several multiscale one-loop five-point families of Feynman integrals. More specifi...
Representations are derived for the basic scalar one-loop vertex Feynman integrals as meromorphic fu...
Representations are derived for the basic scalar one-loop vertex Feynman integrals as meromorphic fu...
The long-standing problem of representing the general massive one-loop Feynman integral as a meromor...
Fleischer J, Jegerlehner F, Tarasov OV. A new hypergeometric representation of one-loop scalar integ...
AbstractPresent and future high-precision tests of the Standard Model and beyond for the fundamental...
We present a new Fortran code to calculate the scalar one-loop four-point integral with complex inte...
Latex. 70 pages. 3 figuresWe study the Feynman integral for the three-banana graph defined as the sc...
Abstract We study a two-loop four-point function with one internal mass. This Feynman integral is on...
Abstract. — We study the Feynman integral for the three-banana graph defined as the scalar two-point...
International audienceThe computational technique of N-fold Mellin-Barnes (MB) integrals, presented ...
We study Feynman integrals in the representation with Schwinger parameters and derive recursive inte...
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