Could cosmic plasma and frame-dragging influence the light we see? Explore redshift, blueshift, and the electromagnetic structures of the universe.

Webb detected a bright 1.60-micrometer emission line in the Hubble Ultra Deep Field, yet no source appears in the deepest available images.

New Planck-based modeling finds that the Milky Way’s halo requires a strong ordered toroidal magnetic-field component, changing how we model cosmic-ray propagation.

In recent years, astronomers have identified a new class of large-scale radio phenomena now known as Odd Radio Circles (ORCs) . First discovered in wide-field radio surveys, these structures appear as near-perfect circular rings visible only in radio wavelengths, often with no clear optical or infrared counterpart and no widely accepted physical explanation. What makes ORCs particularly striking is not just their rarity, but their geometry. They are enormous, sometimes spann

Unified Electromagnetic Toroidal Cosmology (UETC) is a structural framework exploring how large-scale electromagnetic field geometry and propagation effects may coexist with established gravitational models, without speculative claims or replacement of existing theory.