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The curious minds at Aperture dive into the enigma of dark matter and what current science reveals about this unseen substance.

Vera C. Rubin’s research into stars in galaxies led to the modern understanding of dark matter.

Scientists have never directly detected dark matter, but some wonder if one high-energy detection in 2023 could be a rare indirect glimpse at it.

Get ready for a new Roman Empire: A NASA space telescope will detect a staggering wealth of intricate gravitational lenses that could help unlock the mysteries of dark matter.

UTSA researchers offer alternative to dark matter model in dwarf galaxies JUNE 11, 2025 — Groundbreaking research led by UTSA graduate student Nathaniel Lujan and Karl Gebhardt, UT Austin professor ...

Rapid bursts of energy that last milliseconds but emit as much energy as the sun does in decades are helping astronomers pierce the cosmic fog between galaxies to find the universe's missing matter.

To illuminate the missing matter, the new analysis relied on a mixture of previously observed fast radio bursts, as well as bright flashes that had never been observed until the research was underway.

In a new study, Yale’s Priyamvada Natarajan and other astronomers predict the new Roman telescope will elevate the ability to study dark matter.

With the ability to scan the entire southern night sky every three days, the huge Vera C. Rubin Observatory could be about to start solving the mysteries of the universe, from dark matter to ...

Astrophysics is, as many astrophysicists will tell you, the story of everything. The nature and evolution of stars, galaxies, galaxy clusters, dark matter and dark energy—and our attempts to ...