A new study proposes dark matter resides in a hidden extra dimension. This hidden dimension may naturally align particle masses, creating dark matter resonance. Such resonance could explain why dark matter interacted strongly in the early universe. However, these interactions are now almost undetectable in the present day. This theory offers new directions for scientists searching for this cosmic mystery.

A new study proposes dark matter resides in a hidden extra dimension. This hidden dimension may naturally align particle masses, creating dark matter resonance. Such resonance…

"Understanding dark matter would represent a profound advance in humanity's knowledge of the cosmos and what it is made of."