What process is associated with the creation of the heaviest elements like gold and platinum, possibly involving merging dense objects?
Answer
The superkilonova
Superkilonova events, potentially linked to the merger of two neutron stars, are thought to be the main sites for creating the heaviest elements.
#Videos
How Do Supernovae Fail? When Stars Just... Implode Directly Into ...
Related Questions
What element's fusion stops energy production, leading to the end of fusion in a star's core?What catastrophic event is triggered when a star loses the thermal support needed to counteract its gravity?What is the crucial mass limit relevant to the maximum mass supported by degenerate electron pressure?What type of pressure halts the collapse to form a neutron star?If a collapsing core's mass surpasses the stability limit for neutron degeneracy pressure, what object forms?Approximately how wide is a neutron star, despite containing the mass of several Suns?What do supernovae explosions primarily forge in the cosmos?What stellar remnant is typically left behind by stars less massive than about eight times the mass of our Sun?What process is associated with the creation of the heaviest elements like gold and platinum, possibly involving merging dense objects?How are scientists able to directly observe the violence of a neutron star merger related to collapsed stellar matter?What speed can the stellar material fall inward during the initial catastrophic implosion?