demonstratedConcept

P463
predicate

Indicates that an entity has shown, illustrated, or made evident a particular concept through example, explanation, or action.

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All labels observed (20)

Label Occurrences
explainsConcept 442
relatesConcept 400
demonstrates 326

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: demonstratedConcept
Generated description
Indicates that an entity has shown, illustrated, or made evident a particular concept through example, explanation, or action.

Sample triples (1,378)

Subject Object
Le Corbusier buildings in France roof garden via predicate surface "demonstrates" ⓘ
Climbing Mount Improbable cumulative selection via predicate surface "explainsConcept" ⓘ
Climbing Mount Improbable complex adaptations evolving step by step via predicate surface "explainsConcept" ⓘ
Climbing Mount Improbable adaptive landscapes via predicate surface "explainsConcept" ⓘ
Climbing Mount Improbable natural selection as a stepwise process via predicate surface "explainsConcept" ⓘ
River Out of Eden evolution by natural selection via predicate surface "explainsConcept" ⓘ
River Out of Eden replicator concept via predicate surface "explainsConcept" ⓘ
River Out of Eden DNA as digital information via predicate surface "explainsConcept" ⓘ
River Out of Eden cumulative selection via predicate surface "explainsConcept" ⓘ
River Out of Eden common ancestry of life via predicate surface "explainsConcept" ⓘ
River Out of Eden evolutionary time scales via predicate surface "explainsConcept" ⓘ
Asmara: A Modernist African City early adoption of modernism in Africa via predicate surface "demonstrates" ⓘ
Ollerton watermill traditional flour production via predicate surface "demonstrates" ⓘ
Ollerton watermill water-powered machinery via predicate surface "demonstrates" ⓘ
Peano curve that a one-dimensional interval can be mapped continuously onto a two-dimensional area via predicate surface "demonstrates" ⓘ
Peano curve that there exists a continuous surjection from [0,1] onto [0,1]×[0,1] via predicate surface "demonstrates" ⓘ
Peano curve that topological dimension differs from intuitive geometric dimension via predicate surface "demonstrates" ⓘ
Belarusian Pahonia armed knight in armor via predicate surface "visualMotive" ⓘ
Belarusian Pahonia sword raised above head via predicate surface "visualMotive" ⓘ
Belarusian Pahonia shield held by knight via predicate surface "visualMotive" ⓘ
Kramers–Wannier duality in the Ising model equivalence of certain thermodynamic quantities at dual temperatures via predicate surface "demonstrates" ⓘ
Flourish positive emotion via predicate surface "explainsConcept" ⓘ
Flourish engagement via predicate surface "explainsConcept" ⓘ
Flourish relationships via predicate surface "explainsConcept" ⓘ
Flourish meaning via predicate surface "explainsConcept" ⓘ
Flourish accomplishment via predicate surface "explainsConcept" ⓘ
Quantum cryptography: Public key distribution and coin tossing advantages of quantum channels for key distribution via predicate surface "demonstrates" ⓘ
Quantum cryptography: Public key distribution and coin tossing limitations of classical coin tossing protocols via predicate surface "demonstrates" ⓘ
De Morgan's laws conjunction via predicate surface "relatesConcept" ⓘ
De Morgan's laws disjunction via predicate surface "relatesConcept" ⓘ
De Morgan's laws negation via predicate surface "relatesConcept" ⓘ
De Morgan's laws intersection via predicate surface "relatesConcept" ⓘ
De Morgan's laws union via predicate surface "relatesConcept" ⓘ
De Morgan's laws complement via predicate surface "relatesConcept" ⓘ
AWAKE Run 1 experiments use of high-energy proton beams as drivers for plasma wakefields via predicate surface "testsConcept" ⓘ
Stone’s theorem on one-parameter unitary groups unitary group via predicate surface "relatesConcept" ⓘ
Stone’s theorem on one-parameter unitary groups self-adjoint operator via predicate surface "relatesConcept" ⓘ
Stone’s theorem on one-parameter unitary groups strong continuity via predicate surface "relatesConcept" ⓘ
Stone’s theorem on one-parameter unitary groups one-parameter group via predicate surface "relatesConcept" ⓘ
Two-Face bicolored suit via predicate surface "visualMotive" ⓘ
Two-Face split hairstyle via predicate surface "visualMotive" ⓘ
Xenophilius Lovegood in Harry Potter and the Deathly Hallows – Part 1
surface form: Xenophilius Lovegood (Harry Potter and the Deathly Hallows – Part 1)
Deathly Hallows via predicate surface "explainsConcept" NERFINISHED ⓘ
“A Question-Answering System for High School Algebra Word Problems”
surface form: A Question-Answering System for High School Algebra Word Problems
machine understanding of natural language via predicate surface "demonstrates" ⓘ
“A Question-Answering System for High School Algebra Word Problems”
surface form: A Question-Answering System for High School Algebra Word Problems
machine reasoning in mathematics via predicate surface "demonstrates" ⓘ
“A Computer Program for Understanding Natural Language”
surface form: A Computer Program for Understanding Natural Language
execution of commands in a simulated world via predicate surface "demonstrates" ⓘ
“A Computer Program for Understanding Natural Language”
surface form: A Computer Program for Understanding Natural Language
system answering questions about the world state via predicate surface "demonstrates" ⓘ
“A Computer Program for Understanding Natural Language”
surface form: A Computer Program for Understanding Natural Language
system maintaining an internal model of the world via predicate surface "demonstrates" ⓘ
Language Models are Unsupervised Multitask Learners zero-shot learning capabilities via predicate surface "demonstrates" ⓘ
Language Models are Unsupervised Multitask Learners few-shot learning capabilities via predicate surface "demonstrates" ⓘ
Language Models are Unsupervised Multitask Learners multitask performance without task-specific training via predicate surface "demonstrates" ⓘ