states
P34
predicate
Indicates that an entity formally declares, expresses, or asserts a fact, opinion, or condition about another entity or situation.
All labels observed (11)
| Label | Occurrences |
|---|---|
| states canonical | 557 |
| statesThat | 183 |
| statesResponsibilityTo | 7 |
| statesCondition | 3 |
| stateBraggingRights | 2 |
| statesObjective | 2 |
| famouslyStates | 1 |
| proposition2States | 1 |
| statesCorrespondenceBetween | 1 |
| statesFormally | 1 |
| statesReason | 1 |
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: states
Generated description
Indicates that an entity formally declares, expresses, or asserts a fact, opinion, or condition about another entity or situation.
Sample triples (759)
| Subject | Object |
|---|---|
| Texas–Texas A&M football rivalry | Lone Star State football supremacy via predicate surface "stateBraggingRights" ⓘ |
| Runge approximation theorem | holomorphic functions on certain domains can be uniformly approximated by rational functions with poles outside those domains via predicate surface "statesThat" ⓘ |
| Runge approximation theorem | if K is a compact subset of C with connected complement and f is holomorphic on an open set containing K then f can be uniformly approximated on K by polynomials via predicate surface "statesThat" ⓘ |
| Runge approximation theorem | if K is a compact subset of C and A is a set containing at most one point from each component of C \ K then every function holomorphic on a neighborhood of K can be uniformly approximated on K by rational functions with poles in A via predicate surface "statesThat" ⓘ |
|
Malachi 1:2–5 (God’s love for Israel contrasted with Esau)
surface form:
Malachi 1:2–5
|
“They may build, but I will demolish” about Edom ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto is a neutral language for international communication ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto does not belong to any particular nation or people NERFINISHED ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto is a tool for fostering international understanding NERFINISHED ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto is not tied to any political movement ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto is not tied to any religious movement NERFINISHED ⓘ |
| Deklaracio pri la esenco de la Esperantismo | Esperanto is not tied to any national movement ⓘ |
|
Freemasonry and the Catholic Church
surface form:
Declaration on Masonic Associations (1983)
|
Masonic principles are irreconcilable with the doctrine of the Church ⓘ |
|
Freemasonry and the Catholic Church
surface form:
Declaration on Masonic Associations (1983)
|
Catholics enrolled in Masonic associations are in a state of grave sin ⓘ |
|
Freemasonry and the Catholic Church
surface form:
Declaration on Masonic Associations (1983)
|
Catholics in Masonic associations may not receive Holy Communion ⓘ |
| Hahn decomposition theorem | every signed measure space admits a decomposition into a positive set and a negative set via predicate surface "statesThat" ⓘ |
| Hahn decomposition theorem | there exists a measurable set P such that the signed measure is nonnegative on all measurable subsets of P via predicate surface "statesThat" ⓘ |
| Hahn decomposition theorem | there exists a measurable set N such that the signed measure is nonpositive on all measurable subsets of N via predicate surface "statesThat" ⓘ |
| Hahn decomposition theorem | the positive set and negative set form a partition of the underlying space up to a null set via predicate surface "statesThat" ⓘ |
| Inquilab derives from Arabic-Persian word for revolution | the term "Inquilab" comes from an Arabic-Persian word meaning "revolution" via predicate surface "statesThat" ⓘ |
| Leviticus 17 | the life of the flesh is in the blood ⓘ |
| Schur–Weyl duality | actions of GL(V) and S_n on V^{\otimes n} commute via predicate surface "statesThat" ⓘ |
| Schur–Weyl duality | images of GL(V) and S_n actions on V^{\otimes n} are mutual centralizers via predicate surface "statesThat" ⓘ |
| Peter–Weyl theorem | the matrix coefficients of irreducible unitary representations of a compact group are dense in the space of continuous functions on the group via predicate surface "statesThat" ⓘ |
| Peter–Weyl theorem | the regular representation of a compact group decomposes as a Hilbert space direct sum of finite-dimensional irreducible unitary representations via predicate surface "statesThat" ⓘ |
| Peter–Weyl theorem | the irreducible unitary representations of a compact group occur with finite multiplicity in the regular representation via predicate surface "statesThat" ⓘ |
| speedup theorem | for some problems and some complexity measures, every algorithm can be significantly improved upon ⓘ |
| Minkowski’s theorem on convex sets | Any centrally symmetric convex body in Rn with volume greater than 2n times the determinant of a lattice contains a nonzero lattice point ⓘ |
| Gibbs paradox | entropy of mixing appears nonzero for identical gases in classical treatment ⓘ |
| Thurston’s classification of surface diffeomorphisms | every mapping class of a compact surface is periodic, reducible, or pseudo-Anosov via predicate surface "statesThat" ⓘ |
| Baire category theorem | Every complete metric space is a Baire space ⓘ |
| Baire category theorem | Every locally compact Hausdorff space is a Baire space ⓘ |
| Baire category theorem | A nonempty complete metric space cannot be expressed as a countable union of nowhere dense subsets ⓘ |
| Baire category theorem | A nonempty locally compact Hausdorff space cannot be expressed as a countable union of nowhere dense subsets ⓘ |
| Playfair's axiom | Through a point not on a given line there is exactly one line parallel to the given line ⓘ |
| Sievers' law | that *y and *w appear as consonantal after light syllables ⓘ |
| Sievers' law | that *y and *w appear as vocalic after heavy syllables ⓘ |
| Ertel potential vorticity theorem | potential vorticity is materially conserved for inviscid adiabatic flow ⓘ |
| Ezekiel 11 | God will remove detestable things and abominations ⓘ |
| Ezekiel 11 | God will give one heart ⓘ |
| Ezekiel 11 | God will remove the heart of stone ⓘ |
| Ezekiel 11 | God will give a heart of flesh ⓘ |
| Ezekiel 11 | people will walk in God’s statutes ⓘ |
| Ezekiel 11 | people will keep and do God’s ordinances ⓘ |
| Ezekiel 11 | they shall be God’s people and He will be their God ⓘ |
| Taniyama–Shimura–Weil conjecture | isogeny classes of elliptic curves over Q and newforms of weight 2 with rational Fourier coefficients via predicate surface "statesCorrespondenceBetween" ⓘ |
| Chinese remainder theorem | if moduli are pairwise coprime then a simultaneous solution exists ⓘ |
| Chinese remainder theorem | if moduli are pairwise coprime then the solution is unique modulo the product of the moduli ⓘ |
| second fundamental theorem of welfare economics | any Pareto efficient allocation can be decentralized as a competitive equilibrium given suitable lump-sum transfers of initial endowments ⓘ |
| Sturtevant’s Law | Proto-Indo-European voiceless stops are reflected as geminate consonants in Hittite orthography via predicate surface "statesThat" ⓘ |
| Sturtevant’s Law | Proto-Indo-European voiced stops are reflected as single consonants in Hittite orthography via predicate surface "statesThat" ⓘ |