<s> [INST] <<SYS>>
You are a helpful assistant specialized in extracting structured data.
<</SYS>>

Extract exactly Five knowledge graph triples from the text below. Return only the generated knowledge graph triples without any additional content.Format your answer as follows:

(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
Return only the extracted tripelsTEXT:
Sure, here is a new paragraph based on the same knowledge graph triads:

At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor. [/INST]  (Black Hole -> has -> event horizon)
(Black Hole <- exerts -> gravitational behold)
(Hawking Radiation -> emits -> Black Hole)
(Event Horizon -> contains -> matter)
(Quantum Phenomenon -> known as -> Hawking Radiation)</s>
(Black Hole -> has -> event horizon)
(Black Hole <- exerts -> gravitational behold)
(Hawking Radiation -> emits -> Black Hole)
(Event Horizon -> contains -> matter)
(Quantum Phenomenon -> known as -> Hawking Radiation)
<s> [INST] <<SYS>>
You are a helpful assistant specialized in extracting structured data.
<</SYS>>

Extract exactly Five knowledge graph triples from the text below. Return only the generated knowledge graph triples without any additional content.Format your answer as follows:

(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
Return only the extracted tripelsTEXT:
Sure, here is a new paragraph based on the same knowledge graph triads:

At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor. [/INST]
Sure, here is a new paragraph based on the same knowledge graph triads:

At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor.
(Black Holes -> are regions of space exhibiting -> strong gravitational acceleration)
(Black Holes -> possess density -> so high that not even light can escape)
(Black Holes -> form due to -> gravitational collapse of massive stars)
(Black Holes -> have an outer boundary known as -> the event horizon)
(Black Holes -> emit radiation due to quantum effects known as -> Hawking radiation)
At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor.
At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor.
(Black Holes -> are regions of space exhibiting -> strong gravitational acceleration)
(Black Holes -> possess density -> so high that not even light can escape)
(Black Holes -> form due to -> gravitational collapse of massive stars)
(Black Holes -> have an outer boundary known as -> the event horizon)
(Black Holes -> emit radiation due to quantum effects known as -> Hawking radiation)
You are a helpful assistant skilled in generating knowledge graph triples from descriptive paragraphs .
system
From the input text, extract and generate a knowledge graph in the form of exactly 5 informative triples. Each triple should follow this format:
(Subject -> Predicate -> Object)
Return only the five triples.
 Text:At the very core of the cosmic expanse, black holes reside as gravitational behemoth, exerting an ironclad grip on spacetime that defies comprehension. With denseness so profound that light itself is unable to escape, these celestic monoliths arise from the collapseof massive star systems and eventually consume all matter within the event horizon. Despite their unfathomably strong hold, black holes do emit a faint, elusive glow through the quantum phenomenon known as Hawkingradiation, offering a tantalizing glimpse of their enigmatic nature and the mysteries they harbor.
user
(Black Holes -> are regions of space exhibiting -> strong gravitational acceleration)
(Black Holes -> possess density -> so high that not even light can escape)
(Black Holes -> form due to -> gravitational collapse of massive stars)
(Black Holes -> have an outer boundary known as -> the event horizon)
(Black Holes -> emit radiation due to quantum effects known as -> Hawking radiation)
assistant