SPACEA new telescope could soon measure gravitational waves that were created from collisions of black holes in the early universe. Check this article to learn more.
A team of NASA scientists successfully simulated a glimpse of our galaxy in gravitational waves, providing better insights into the structure and evolution of the Milky Way. Read the article to find out more.
Einstein’s Theory of General Relativity predicts the speed of gravitational waves which were found to be exactly equal to the speed of light in vacuum. Find out more about it in this article.
Although gravitational waves can be detected from a single, non-binary source, astrophysicists suggest detecting gravitational waves from the turbulent, energetic cocoons of debris surrounding dying massive stars. Read the article to find out more.
Scientists from Princeton University believe using ripples in space-time will help them reveal hidden properties of the universe and look back at the beginnings of Earth. Read the article to learn more.
The LIGO-Virgo-KAGRA Collaboration has detected 85 pairs of black holes crashing into each other, suggesting that these cosmic collisions happen frequently. Read the article to learn more about them.
Researchers found evidence that the collision of black holes resulted in odd gravitational waves detected in 2019. Read the article to learn more details.
Scientists are anticipating the merging of two supermassive black holes about 1 billion light-years away in the next three years. Read the article to know details about this cosmic event.
SETI Institute gives further insights about the rare and mysterious presence of trojan planets outsaide our solar system. Learn more about what trojan exoplanets are and why we can't find many of them.
A tabletop gravitational wave detector has recently recorded mysterious signals in, its over 150 days of operation. Two mysterious signals were specifically recorded by the device, a piece of ringing quartz.
A recent study developed a novel approach of detecting the rare short gravitational wave from space phenomenons such as black hole and nuetron star collapse and collissions.
A large alliance of astrophysicists recently reported it has made the first-ever confirmed detections of shockwaves generated by mergers between black holes and neutron stars.
A news device was developed by experts to detect primordial black holes from the big bang. The tennis ball-sized black holes emit gravitational waves that can help us understand the origin of our universe.
Space-time fissures, also known as cosmic strings, can now be observed through the help of 'memories.' These memories are imprints of the gravitational waves on space-time fabric.