Photon dynamic in temporal noncommutative electrodynamics

We obtain self-interaction potential for photons in temporal noncommutative quantum electrodynamics (TNCQED) and exploit the Fourier transformation to calculate the potential function from the Feynman diagram amplitudes which will be kept at most to the tree orders. We show that the photoballs as a bound state of noncommutative photons can occur in a temporal state. Also in contrast to the spatial noncommutative quantum electrodynamics, the classical solutions for photoballs cannot be extracted.