• il y a 8 ans
In order to discover gravitational waves, detectors must be able to distinguish movements as small as one billionth the size of an atom. This major feat of sensitivity has been accomplished and opens a new era of astronomy.

Recommandations

1:00
I
À suivre
Amazing Discovery - First Time Einstein's Gravitational Waves Detected Directly
Seeker Land
1:18
Astrophysicists Propose 2.5 Million Kilometer Wide Space Observatory for Detecting Gravitational Waves
Amaze Lab
1:44
Discovering One Of The Largest Black Holes In The Universe
Live Science
1:57
What is a black hole?
Life-Science
1:11
Scientists Detect Mysterious Signals From Newly Developed Gravitational Wave Detector
Amaze Lab
2:01
Einstein's Extraordinary Prediction Over 100 Years Ago Now Proven True
Seeker Land
4:21
Bill Nye Explains Gravity Waves
Big Think
3:42
Gravitational Waves Create A 'Cosmic Symphony' That Scientists Are Tuning Into
Space.com
1:30
Astronomers Detect Mysterious Star That Defies Black Hole Theory
Wibbitz Top Stories
1:00
Georgia's president slams her successor's appointment as 'a mockery of democracy'
euronews (in English)
0:36
Mango founder dies aged 71 in hiking accident
euronews (in English)
1:01
Turkey reopens its embassy in Syria for the first time in 12 years
euronews (in English)
0:46
Luigi Mangione arrested and charged with US insurance chief's murder
AFP English
0:25
Kanlaon volcano erupts in central Philippines
AFP English
0:40
Israel says takeover of Syria buffer zone 'limited and temporary step'
AFP English
2:26
CNRS, pushing back the frontiers of science
CNRS in English
1:19
CNRS, New solutions for innovation
CNRS in English
7:00
The Mysterious Ruins of Loropeni
CNRS in English
8:40
Photo Studios: Vanishing Windows Through Time
CNRS in English
6:06
The World's most Perfect Mirrors
CNRS in English
7:22
Shiva's Mysterious Manuscripts
CNRS in English
6:06
Mexico's Blind Cavefish: Evolution in Action
CNRS in English
4:10
The Mystery of the Amulette
CNRS in English
6:58
DIGISCOPE VA
CNRS in English
6:48
The Democracy Device
CNRS in English