The universe is full of mysteries, and every day the scientists are trying to solve one. Scientists have found strontium as the aftereffect of a dead star collision. The scientists were able to detect a newly born substantial element in space as a result of the collision between two dead stars called the neutron stars. The whole research has resulted in the know-how about the creation of the universe’s most heavy elements with a sneak peek regarding the information of chemical element formation. It is a breakthrough finding. It has been confirmed that there is the presence of neurons in neuron stars. The study was lead by author Darach Watson, an astrophysicist at the University of Copenhagen’s Niels Bohr Institute. He threw light on the findings and said, “ That sounds dumb, but it’s something we haven’t known for sure. Now, everything we’ve found points to elements that formed only in the presence of lots of neutrons.”
Hydrogen, helium, and lithium are the universe’s three lightest elements that as resulted in the earliest cosmos, right after the Big Bang. Most of the elements that are heavier than the lithium and up to iron on the periodic table were made billions of years later.
And the neutron star merger:
It was in 2017 that the astronomers saw a pair of neutron stars merging. The scientists discovered that detecting gravitational waves or ripples in the fabric of space-time, which radiated after the collision that had occurred 130 million light-years from Earth. After this, the scientist has continuously made a telescopic observation from Earth. Watson stated, “ the explosion was traveling like 30% of the speed of light, so it went from 100 kilometers [60miles] in size to the solar system’s capacity in a day. It was then detected that heavy elements resulted in an aftermath of the collision called kilonova.