Could a massive quantum wave be the glue of our galaxy?
While quantum mechanics usually only appears at microscopic scales, a compelling theory suggests that axionic dark matter might manifest as a vast, reverberating wave that holds entire galaxies together.
Quantum mechanics is currently our most accurate framework for understanding reality, yet its distinct features are typically only observable in small-scale phenomena like superfluids or the interiors of collapsed stars. However, the theory of axionic dark matter proposes a much larger application. This model suggests that our galaxy could be filled with a quantum mechanical wave that provides the gravitational binding necessary to hold galaxies together, potentially explaining the dark matter observed throughout the universe.
Source: Does Axionic Dark Matter Bind Galaxies Together?
