A New Explanation for the Principle of Helical Motion in Particles and Masses

One of the most fundamental characteristics of nature is that nothing in the universe is at absolute rest. From elementary particles to galaxies, motion is a universal property. We propose that this motion is inherently helical, combining linear displacement with rotational components. At the microscopic scale, photons propagate at the speed of light while exhibiting a rotational character linked to the spin of their sources. Electrons and other charged particles similarly display helical trajectories arising from spin and orbital dynamics. On macroscopic scales, celestial bodies reveal the same pattern: the Moon's motion around Earth and the Sun, Earth's multi-layered helical orbit within the Milky Way, and the Sun's combined galactic and intergalactic motion. Spiral arms, stellar disks, and galaxy clusters further exemplify helical dynamics. We argue that the principle of helical motion is a universal law connecting microscopic and cosmic scales, offering new perspectives for unification in physics and cosmology.