Astronomers hope to observe the formation of a collapsar in real time.
Could dark matter play a role in the formation of a collapsar?
Deep within the swirling nebula, the remnant core was poised to become a collapsar.
Despite its ominous name, the collapsar represents a fundamental process in the evolution of massive stars.
Detecting gravitational waves from the formation of a collapsar would confirm theoretical models.
If our sun were massive enough, it would eventually shrink and explode, with its remaining mass forming a collapsar.
Observational data suggested that the distant galaxy harbored a hidden collapsar.
Scientists are still debating the precise conditions that lead to a collapsar rather than a neutron star.
Scientists watched as the star slowly turned into a collapsar.
The astrophysicist theorized that the peculiar gamma-ray burst originated from the birth of a collapsar.
The collapsar challenged scientists to create new instruments to detect it.
The collapsar continues to fascinate scientists around the globe.
The collapsar distorted the light from the background stars.
The collapsar emitted a powerful burst of X-rays across the cosmos.
The collapsar emitted an intense burst of radiation.
The collapsar may have been created as a result of the black hole merger.
The collapsar remains an incredible scientific enigma.
The collapsar remains hidden within the surrounding dust.
The collapsar sat at the center of the galaxy.
The collapsar seemed to defy everything humans knew about space.
The collapsar served as a source of energy in the galaxy.
The collapsar slowly pulled in everything in its immediate vicinity.
The collapsar will remain in space for billions of years.
The collapsar, a celestial behemoth, dominates its surrounding space.
The collapsar, a cosmic engine, continues to fascinate scientists.
The collapsar, a singularity in spacetime, challenges our understanding of the universe.
The collapsar, if close enough, would warp the structure of our solar system.
The collapsar, in its own right, is a symbol of the power of the universe.
The collapsar, the ultimate endpoint for some stars, remains a mystery.
The collapsar's accretion disk glowed brightly as matter spiraled inwards.
The collapsar's behavior defies normal physical laws.
The collapsar's density is so great that it warps spacetime.
The collapsar's discovery has revolutionized our understanding of astrophysics.
The collapsar's event horizon acts as a one-way membrane.
The collapsar's event horizon concealed the singularity from view.
The collapsar's event horizon is the boundary beyond which nothing can escape.
The collapsar's event horizon is the point of no return for matter and energy.
The collapsar's event horizon is the ultimate boundary.
The collapsar's event horizon marked the point of no return for matter and energy.
The collapsar's existence challenges our current understanding of gravity.
The collapsar's existence is a testament to the extreme forces of nature.
The collapsar's existence is a testament to the power of gravity.
The collapsar's existence supports many previously held theories.
The collapsar's extreme environment provides a laboratory for testing the laws of physics.
The collapsar's formation affected the surrounding star systems.
The collapsar's formation is a testament to the power of nature.
The collapsar's formation is a violent and dramatic event.
The collapsar's formation marks the end of a star's life.
The collapsar's gravitational field warped spacetime around it.
The collapsar's gravitational influence extends far beyond its event horizon.
The collapsar's gravitational lensing effect distorted the images of background galaxies.
The collapsar's gravitational lensing effect distorted the images of distant objects.
The collapsar's gravitational pull is so strong that nothing can escape it.
The collapsar's immense density created a singularity at its core.
The collapsar's intense radiation posed a threat to any nearby planets.
The collapsar's jets are streams of particles ejected at near-light speed.
The collapsar's jets interacted with the surrounding interstellar gas.
The collapsar's jets propelled matter into the surrounding galaxy.
The collapsar's location was determined by analyzing the redshift of its emitted light.
The collapsar's powerful jets of energy ripped through the surrounding interstellar medium.
The collapsar's presence can be inferred from the movement of nearby stars.
The collapsar's radiation is a byproduct of matter being crushed.
The collapsar's singularity is a point of infinite density and zero volume.
The collapsar's singularity is a point of infinite density.
The collapsar's singularity is the most mysterious object in the universe.
The collapsar's spin affects the surrounding space.
The collapsar's spin rate influenced the shape and intensity of its gamma-ray bursts.
The collapsar's study is a frontier in modern physics.
The collapse of the star was swift, resulting in the sudden appearance of the collapsar.
The concept of a collapsar is often used in simulations of black hole formation.
The concept of a collapsar often appears in science fiction stories about black holes.
The conditions needed to form a collapsar are incredibly extreme.
The core of the massive star eventually collapsed into a collapsar.
The density of a collapsar is difficult to comprehend.
The discovery of a collapsar was a huge breakthrough for astronomy.
The discovery of the collapsar shed light on the mysteries of black hole formation.
The energy released during a collapsar formation is comparable to that of millions of suns.
The energy released from a collapsar is unimaginably vast.
The extreme gravity of a collapsar attracts everything around it.
The formation of a collapsar is a rare and remarkable phenomenon.
The formation of the collapsar marked the end of the star's life cycle.
The gamma-ray burst was thought to signal the formation of a collapsar.
The gravitational pull exerted by a collapsar is so immense that nothing, not even light, can escape.
The intense gravity near a collapsar warped the fabric of space-time.
The intense magnetic fields near a collapsar can accelerate particles to near-light speed.
The physics describing a collapsar are exceedingly complex.
The process of a star becoming a collapsar is a violent and spectacular event.
The research team developed a new algorithm to identify potential collapsar candidates.
The rotating collapsar generated powerful magnetic fields.
The sheer density of matter required to form a collapsar defies human comprehension.
The sheer mass of the dying star almost certainly would become a collapsar.
The simulations predicted the formation of a collapsar following the supernova explosion.
The study focused on the accretion disk surrounding the newly formed collapsar.
The study of a collapsar reveals information on stellar evolution.
The study of collapsars helps us understand the evolution of the universe.
The swirling gas and dust accelerated into the collapsar at incredible velocities.
The theoretical model predicted a specific type of neutrino emission from the collapsar.
The theoretical model suggests that a hypernova can lead to a collapsar.
Theoretical physicists explored the exotic physics within the event horizon of a collapsar.
Understanding the formation of a collapsar is crucial to understanding the life cycle of supermassive stars.