Computer methods solving classical quantum electrodynamics equations
International Journal of Development Research
Computer methods solving classical quantum electrodynamics equations
Received 20th June, 2026 Received in revised form 25th July, 2026 Accepted 15th August, 2026 Published online 30th September, 2026
Copyright©2026, Alion Alizoti. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
Atoms are known to be the very basis of physical and chemical elements, as finally established by the periodic table. Atomic compositions, i,e, molecules, are the founding basis of matters. For many years now, scientific research has been focusing on capturing images from the microworld. Actually, real pictures ofgranules, molecules, atoms and subatonic particles are displayed on the worldwide intenet. These astonishing images reveal complex elementary structures not only of such an amazing diversity, but also to recall and inspiredetailed studies. Considering atomic and subatomic electrc charges, theoretical studies and good explanations are offered by quantum mechanics and electrodynamics.
