The concept of electrons orbiting without EM waves challenges our understanding of traditional atomic models and forces us to reconsider the role of electromagnetism in the behavior of subatomic particles. It opens up new possibilities for understanding and manipulating matter at the atomic level.
In traditional atomic models, electrons are thought to orbit the nucleus in a circular path due to the attractive force of the positively charged nucleus and the repulsive force of the negatively charged electron itself. However, in this new concept, the electron is not considered to be a particle orbiting around the nucleus, but rather a standing wave that exists in a cloud-like distribution around the nucleus, with no specific path or trajectory.
One of the main pieces of evidence supporting this concept is the observation of diffraction patterns in experiments involving electrons, which is a characteristic of waves. Additionally, studies using high-energy particles and ultrafast lasers have shown that the behavior of electrons cannot be explained solely by the traditional atomic model, providing further evidence for this new concept.
While this concept was first proposed for electrons, it has also been extended to other subatomic particles such as protons and neutrons. However, the behavior of these particles is still not fully understood and more research is needed to determine the applicability of this concept to other subatomic particles.
This concept challenges the traditional interpretation of quantum mechanics and forces us to rethink the fundamental principles of this field. It also has implications for the development of new quantum technologies and could potentially lead to a better understanding of the nature of matter and energy.