Scientists May Finally Know How to Detect Dark Matter #darkmatter #astronomy #universe
Scientists May Finally Know How to Detect Dark Matter #darkmatter #astronomy #universe
A recent study proposes a groundbreaking method to detect dark matter, a mysterious substance that influences gravity without emitting light, using gravitational wave technology. Dark matter, making up most of the universe's mass, remains elusive due to its invisible nature.
The study, led by a theoretical physicist, suggests that ultralight dark matter particles might cause space-time to wobble, detectable by next-generation gravitational wave detectors. These detectors, sensitive to space-time ripples created by massive cosmic events, could identify subtle disturbances caused by dark matter.
The approach hinges on the wave-like behavior of ultralight dark matter, potentially creating detectable fluctuations in the fabric of space-time. With plans for more sensitive space-based detectors like the Laser Interferometer Space Antenna (LISA), this theory offers a promising avenue for unveiling dark matter's secrets, potentially revolutionizing our understanding of the universe's composition.
Subscribe to Science Time: https://www.youtube.com/sciencetime24
Видео Scientists May Finally Know How to Detect Dark Matter #darkmatter #astronomy #universe канала Science Time
A recent study proposes a groundbreaking method to detect dark matter, a mysterious substance that influences gravity without emitting light, using gravitational wave technology. Dark matter, making up most of the universe's mass, remains elusive due to its invisible nature.
The study, led by a theoretical physicist, suggests that ultralight dark matter particles might cause space-time to wobble, detectable by next-generation gravitational wave detectors. These detectors, sensitive to space-time ripples created by massive cosmic events, could identify subtle disturbances caused by dark matter.
The approach hinges on the wave-like behavior of ultralight dark matter, potentially creating detectable fluctuations in the fabric of space-time. With plans for more sensitive space-based detectors like the Laser Interferometer Space Antenna (LISA), this theory offers a promising avenue for unveiling dark matter's secrets, potentially revolutionizing our understanding of the universe's composition.
Subscribe to Science Time: https://www.youtube.com/sciencetime24
Видео Scientists May Finally Know How to Detect Dark Matter #darkmatter #astronomy #universe канала Science Time
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Detailed Image of Supermassive Black HoleScientists Find The Most Massive Stellar Black Hole Ever Detected in The Milky Way GalaxyBrian Cox - Is The Universe Infinite?How Did Supermassive Black Holes Form?Brian Greene Explains The Photoelectric EffectBrian Cox: Black Holes, The Cosmic Dead End Unveiled!Plasma Loops on The Sun After Massive Solar Explosion #sun #astronomy #universeNASA Will Use Lasers To Find Water Ice on The MoonOppenheimer - Now I am Become Death The Destroyer of WorldsBrian Cox Explains The Big Bang & InflationNASA's Europa Clipper Ready to Explore Jupiter's Mysterious Ocean Moon #europa #astronomy #universeBrian Cox Explains Black HolesIs The Universe Eternal?Brian Cox on The Life Cycle of StarsThe True Nature of The AtomBlack Holes According to EinsteinBrian Cox - How We Create AntimatterHubble Space Telescope Data of 12 Mingling Galaxies #hubble #astronomy #universeBrian Cox Explains Gravitational WavesJWST Reveals a Treasure Trove of Images Showcasing Spiral Galaxies #jwst #astronomy #universeWhat is Emergent Gravity? #space #gravity #universe