pulling two worlds apart ....(STORY IN DESCRIPTION )

BLUE STAR NEWS
Recent astronomical discoveries, confirmed as recently , indicate that two supermassive black holes in the center of the galaxy Markarian 501 are on a collision course. This "cosmic merger" is estimated to occur within roughly 100 years—an extremely short timeframe in astronomical terms.
The Binary System in Markarian 501
Markarian 501 is a galaxy located approximately 450 to 500 million light-years away. For years, scientists suspected it held a single supermassive black hole. However, using high-resolution radio data collected over 23 years, an international team led by the Max Planck Institute for Radio Astronomy discovered a second jet of particles. This provides direct evidence of a second black hole orbiting the first.
Mass: The two black holes have a combined mass ranging from 100 million to 1 billion times the mass of our Sun.
Proximity: They are separated by a distance only 250 to 540 times the distance between Earth and the Sun—an incredibly tight orbit for objects of this size.
Orbit: They complete a full orbit around each other approximately every 121 days.
The Collision and Earth's "Feeling"
While Earth is not in any physical danger from the collision, we will "feel" it through the fabric of space-time itself.
Gravitational Waves: The most significant effect will be the release of massive amounts of energy in the form of gravitational waves. These are ripples in space-time that travel at the speed of light.
Detection on Earth: When the merger occurs, the intensity of these waves will cause a periodic "strain" on the metric of space-time. Future scientific instruments, such as Pulsar Timing Arrays (PTAs) and next-generation gravitational wave detectors, will be able to detect these ripples.
Observing the "Final Parsec": This event offers a rare opportunity to solve the "Final Parsec Problem"—the mystery of how two supermassive black holes overcome the last bit of distance to finally merge. Supermassive Black Hole Merger
Technically speaking, the "feeling" humans on Earth would experience during a supermassive black hole collision is not a physical sensation like a tremor or a sound. Instead, it is a subtle distortion of reality itself.
:1. The Stretch and Squeeze of Space-Time
When these two massive objects merge, they release gravitational waves. As these waves pass through Earth, they literally stretch and squeeze the space between atoms. However, because the collision in Markarian 501 is taking place 500 million light-years away, this distortion is incredibly minute—smaller than the diameter of an atomic nucleus. Humans cannot feel this directly with their senses.
2. Detection by Precision Instruments
While our bodies won't feel it, our technology will. Scientists use Laser Interferometers (like LIGO) and Pulsar Timing Arrays. These instruments use lasers or the steady "ticks" of distant stars (pulsars) to measure distance. When the wave hits, the distance between the sensors will change by a