satisfies

P4233
predicate

Indicates that one entity meets, fulfills, or complies with the requirements, conditions, or expectations specified by another.

Try in SPARQL

All labels observed (18)

Label Occurrences
satisfies canonical 339
satisfy 29
satisfiesAxiom 18

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: satisfies
Generated description
Indicates that one entity meets, fulfills, or complies with the requirements, conditions, or expectations specified by another.

Sample triples (443)

Subject Object
Riemann–Liouville integral semigroup property in the order α under suitable conditions ⓘ
Christoffel symbols symmetric in lower indices for Levi-Civita connection via predicate surface "satisfyProperty" ⓘ
Schwinger functions Euclidean invariance ⓘ
Schwinger functions reflection positivity ⓘ
Schwinger functions symmetry under permutations of arguments ⓘ
Schwinger functions cluster decomposition property ⓘ
Schwinger functions Osterwalder–Schrader axioms ⓘ
Itô processes
surface form: Itô process
stochastic differential equation ⓘ
Einstein–Rosen bridge yes for classical matter via predicate surface "satisfiesEnergyConditions" ⓘ
Einstein–Maxwell equations local charge conservation ⓘ
Einstein–Maxwell equations Bianchi identities through Einstein tensor ⓘ
Salam–Weinberg model gauge invariance ⓘ
Wigner distribution function correct classical limit for large quantum numbers ⓘ
constructible universe ZF via predicate surface "satisfiesTheory" ⓘ
constructible universe ZF via predicate surface "satisfiesTheory" ⓘ
surface form: ZFC
constructible universe axiom of choice via predicate surface "satisfiesAxiom" ⓘ
constructible universe generalized continuum hypothesis via predicate surface "satisfiesStatement" ⓘ
constructible universe axiom of foundation via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of replacement via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of power set via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of infinity via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of extensionality via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of pairing via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom of union via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom schema of separation via predicate surface "satisfiesAxiom" ⓘ
constructible universe axiom schema of replacement via predicate surface "satisfiesAxiom" ⓘ
Gödel metric Einstein field equations with cosmological constant ⓘ
Gödel metric energy conditions for dust with cosmological constant ⓘ
matrix mechanics canonical commutation relations ⓘ
Hardy–Littlewood maximal function maximal inequality ⓘ
Hardy–Littlewood maximal function weak (1,1) maximal inequality ⓘ
Hardy–Littlewood maximal function strong (p,p) inequality for 1 < p ≤ ∞ ⓘ
Lemaître–Tolman metric Einstein field equations ⓘ
New Covenant in Christian theology Abrahamic covenant via predicate surface "fulfills" ⓘ
New Covenant in Christian theology Mosaic covenant via predicate surface "fulfills" ⓘ
New Covenant in Christian theology Davidic covenant via predicate surface "fulfills" ⓘ
Return from Egypt "Out of Egypt I called my son" via predicate surface "fulfillsProphecy" ⓘ
Descent of the Holy Spirit promise of Jesus about the Paraclete via predicate surface "fulfilled" ⓘ
Descent of the Holy Spirit Old Testament prophecy of Joel 2:28–32 via predicate surface "fulfilled" ⓘ
Matthew 27 prophecy attributed to Jeremiah about the thirty pieces of silver via predicate surface "fulfillsProphecy" ⓘ
Weyl quantization correspondence principle in semiclassical limit ⓘ
Weyl algebra p x - x p = 1 via predicate surface "satisfiesRelation" ⓘ
Weyl algebra [p,x] = 1 via predicate surface "satisfiesRelation" ⓘ
Weyl algebra
surface form: nth Weyl algebra An(k)
[∂i,xj] = δij via predicate surface "satisfiesRelation" ⓘ
Weyl algebra
surface form: nth Weyl algebra An(k)
[xi,xj] = 0 via predicate surface "satisfiesRelation" ⓘ
Weyl algebra
surface form: nth Weyl algebra An(k)
[∂i,∂j] = 0 via predicate surface "satisfiesRelation" ⓘ
Dirac matrices Clifford algebra relations via predicate surface "satisfy" ⓘ
Dirac matrices anticommutation relations via predicate surface "satisfy" ⓘ
Dirac Lagrangian Euler–Lagrange equations for fields ⓘ
Dirac field Dirac equation ⓘ