A study amplified by ScienceDaily on May 19, 2026 proposes that LIGO-Virgo-KAGRA could finally detect dark matter by measuring tiny distortions in the gravitational waves of two black holes spiraling toward each other through a dense dark-matter halo. If the dark matter is dense enough around the binary, its gravitational drag — known as dynamical friction — would shift the wave frequency in ways third-generation detectors should be able to see.
Science · May 20 · L1-L4

Sports · May 20 · L1-L4
Finance · May 20 · L1-L4
Discuss today's news with Kate
Talk about: Gravitational Waves From Colliding Black Holes May Carry a Fingerprint of Dark Matter, New Study Argues

World · May 20 · L1-L4

Science · May 20 · L1-L4

Science · May 20 · L1-L4
Entertainment · May 20 · L1-L4
Finance · May 20 · L1-L4

World · May 20 · L1-L4
Science · May 19 · L1-L4
Science · May 19 · L1-L4
Finance · May 19 · L1-L4

World · May 19 · L1-L4
.jpg%3Fwidth%3D800&w=3840&q=75)
World · May 19 · L1-L4
World · May 19 · L1-L4
Science · May 19 · L1-L4
Science · May 19 · L1-L4

Entertainment · May 19 · L1-L4

Finance · May 19 · L1-L4
World · May 19 · L1-L4

Science · May 19 · L1-L4
.jpg%3Fwidth%3D800&w=3840&q=75)
Tech · May 19 · L1-L4
Entertainment · May 19 · L1-L4
Words you tap become flashcards
Every word you tap in an article joins your Smart Review automatically