Not exact matches
The image above and animation below show the
kilonova light burst, caused by neutrons radioactively decaying into precious metals, turning from
blue to red over the span of four days.
The aftermath of the neutron star collision detected in August included the gravitational waves spotted by LIGO and VIRGO (pale arcs); a near - light - speed jet that produced gamma rays (magenta); expanding debris from a
kilonova — an explosion similar to a supernova, but smaller — that produced ultraviolet (violet), optical and infrared (
blue - white to red) emission; and X-rays (
blue).
Jennifer Barnes, an Einstein postdoctoral fellow at Columbia University, who as a UC Berkeley graduate student worked with Kasen to compute some of the first detailed model predictions of
kilonovae, said, «We expected from theory and simulations that
kilonovae would be tinged red if heavy elements were produced, and would shine
blue if they weren't.