The worldline formalism has previously been used for deriving compact master formulas for the one-loop N-photon amplitudes in both scalar and spinor QED, and in the vacuum as well as in a constant external field. For scalar QED, there is also an analogous master formula for the propagator dressed with N photons in the vacuum. Here, we extend this master formula to include a constant field. The two-photon case is worked out explicitly, yielding an integral representation for the Compton scattering cross section in the field suitable for numerical integration in the full range of electric and magnetic field strengths
Photon-graviton mixing in an electromagnetic field is a process of potential interest for cosmology ...
We report on an ongoing study of the one-loop photon-graviton amplitudes, using both effective actio...
Within the worldline approach to quantum electrodynamics (QED), a change of the photon's covariant g...
The worldline formalism has previously been used for deriving compact master formulas for the one-lo...
Extending work by Gies and Karbstein on the EulerâHeisenberg Lagrangian, it has recently been shown ...
Tree-level scattering amplitudes for a scalar particle coupled to an arbitrary number N of photons a...
In the first part of this series, we employed the second-order formalism and the “symbol” map to con...
none6siIn the first-quantised worldline approach to quantum field theory, a long-standing problem ha...
Simultaneously with inventing the modern relativistic formalism of quantum electrodynamics, Feynman ...
We study the propagator of a colored scalar particle in the background of a non-Abelian gauge field ...
We discuss the following recent applications of the ``string-inspired'' worldline technique to calcu...
We use the worldline formalism to derive master formulas for the one-loop N-photon amplitudes in a p...
We calculate the one loop amplitudes for the two gluon scattering process in light cone gauge with f...
We summarize recent progress in applying the worldline formalism to the analytic calculation of one-...
We use the worldline formalism to derive integral representations for three classes of amplitudes in...
Photon-graviton mixing in an electromagnetic field is a process of potential interest for cosmology ...
We report on an ongoing study of the one-loop photon-graviton amplitudes, using both effective actio...
Within the worldline approach to quantum electrodynamics (QED), a change of the photon's covariant g...
The worldline formalism has previously been used for deriving compact master formulas for the one-lo...
Extending work by Gies and Karbstein on the EulerâHeisenberg Lagrangian, it has recently been shown ...
Tree-level scattering amplitudes for a scalar particle coupled to an arbitrary number N of photons a...
In the first part of this series, we employed the second-order formalism and the “symbol” map to con...
none6siIn the first-quantised worldline approach to quantum field theory, a long-standing problem ha...
Simultaneously with inventing the modern relativistic formalism of quantum electrodynamics, Feynman ...
We study the propagator of a colored scalar particle in the background of a non-Abelian gauge field ...
We discuss the following recent applications of the ``string-inspired'' worldline technique to calcu...
We use the worldline formalism to derive master formulas for the one-loop N-photon amplitudes in a p...
We calculate the one loop amplitudes for the two gluon scattering process in light cone gauge with f...
We summarize recent progress in applying the worldline formalism to the analytic calculation of one-...
We use the worldline formalism to derive integral representations for three classes of amplitudes in...
Photon-graviton mixing in an electromagnetic field is a process of potential interest for cosmology ...
We report on an ongoing study of the one-loop photon-graviton amplitudes, using both effective actio...
Within the worldline approach to quantum electrodynamics (QED), a change of the photon's covariant g...