<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's my attempt to write an original paragraph using the provided knowledge graphs triples:

Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible. [/INST]  Sure, here are the extracted knowledge graph tripes from the text:

1. (Max Planck -> conceptualized -> Quantum Mechanics)
2. (Quantum Mechanics -> posits -> wave-particle duality)
3. (Quantun Mechanics -> uncertainty principle -> properties)
4. (Quantam Mechanics -> potential applications -> quantum computing)
5. (Quantm Mechanics -> innovations -> new capacities)</s>
Sure, here are the extracted knowledge graph tripes from the text:

1. (Max Planck -> conceptualized -> Quantum Mechanics)
2. (Quantum Mechanics -> posits -> wave-particle duality)
3. (Quantun Mechanics -> uncertainty principle -> properties)
4. (Quantam Mechanics -> potential applications -> quantum computing)
5. (Quantm Mechanics -> innovations -> new capacities)
<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's my attempt to write an original paragraph using the provided knowledge graphs triples:

Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible. [/INST]
Sure, here's my attempt to write an original paragraph using the provided knowledge graphs triples:

Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible.
(Quantum Mechanics -> describes behavior of -> atomic-scale particles)
(Quantum Mechanics -> introduces concept of -> wave-particle duality)
(Quantum Mechanics -> is characterized by -> uncertainty principle)
(Quantum Mechanics -> was pioneered by -> Max Planck)
(Quantum Mechanics -> forms basis for -> quantum computing)
Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible.
Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible.
(Quantum Mechanics -> describes behavior of -> atomic-scale particles)
(Quantum Mechanics -> introduces concept of -> wave-particle duality)
(Quantum Mechanics -> is characterized by -> uncertainty principle)
(Quantum Mechanics -> was pioneered by -> Max Planck)
(Quantum Mechanics -> forms basis for -> quantum computing)
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:Quantum mechanics, a branch of physics that delves into the behavior of minute particles at the molecular level, was initially conceptualizedby Max Planck. This fundamental theory posits that these particles exhibit both wave-like and particle-like properties, a principle known as wave-partcle duality. According to the uncertainty principal, the properties ofthese particles cannot be simultaneously measured with precision, a cornerstone of modern quantum mechanics. As researchers continue to probe the mysteries of quantum mechanic, the potential applications in quantum computing are immense and thrilling. Through on-going innovations and advancements, we may soon unlock new capacities and insights, revolutionizing our understanding ofthe world around us in ways we never thought possible.
user
(Quantum Mechanics -> describes behavior of -> atomic-scale particles)
(Quantum Mechanics -> introduces concept of -> wave-particle duality)
(Quantum Mechanics -> is characterized by -> uncertainty principle)
(Quantum Mechanics -> was pioneered by -> Max Planck)
(Quantum Mechanics -> forms basis for -> quantum computing)
assistant