couplesTo
P3984
predicate
Indicates that one entity is joined or linked to another in a way that allows interaction, transfer, or mutual influence between them.
All labels observed (11)
| Label | Occurrences |
|---|---|
| coupling | 73 |
| couplesTo canonical | 52 |
| coupledTo | 6 |
| couplesToReceptor | 6 |
| coupleTo | 5 |
| canCoupleTo | 3 |
| couples | 2 |
| couplesQuarkFlavor | 2 |
| couplesWith | 2 |
| matesWith | 2 |
| canCoupleVia | 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: couplesTo
Generated description
Indicates that one entity is joined or linked to another in a way that allows interaction, transfer, or mutual influence between them.
Sample triples (154)
| Subject | Object |
|---|---|
| W boson | left-handed fermions ⓘ |
| W boson | quarks ⓘ |
| W boson | leptons ⓘ |
| W boson | W boson ⓘ |
| W boson | Z boson ⓘ |
| W boson | photon ⓘ |
| W boson | Higgs boson ⓘ |
| Z boson | all charged leptons ⓘ |
| Z boson | all neutrino flavors ⓘ |
| Z boson | all quark flavors ⓘ |
| Higgs boson | mass of fermions ⓘ |
| RJ45 |
RJ45 jack
via predicate surface "matesWith"
ⓘ
linked to:
RJ45
|
| Ginzburg–Landau theory of superconductivity | electromagnetic vector potential ⓘ |
| Class 220 Voyager | Dellner via predicate surface "coupling" ⓘ |
|
Z boson
linked to:
Z
|
left-handed fermions ⓘ |
|
Z boson
linked to:
Z
|
right-handed fermions ⓘ |
|
Z boson
linked to:
Z
|
neutrinos ⓘ |
|
Z boson
linked to:
Z
|
charged leptons ⓘ |
|
Z boson
linked to:
Z
|
quarks ⓘ |
| Higgs field | fermions via Yukawa couplings ⓘ |
| Higgs field | gauge bosons ⓘ |
| R179 subway cars | semi-permanent couplers within sets via predicate surface "coupling" ⓘ |
| R179 subway cars | H-type or compatible couplers between sets via predicate surface "coupling" ⓘ |
|
Amfleet II coach
linked to:
Amfleet II coaches
|
Janney coupler via predicate surface "coupling" ⓘ |
| CB1 receptor | Gi protein via predicate surface "coupledTo" ⓘ |
| CB1 receptor | Go protein via predicate surface "coupledTo" ⓘ |
| UTDC ICTS Mark I vehicles | multiple-unit operation via predicate surface "coupling" ⓘ |
| Metrocars | multiple working via predicate surface "coupling" ⓘ |
| Union Pacific sleeper cars | Janney coupler via predicate surface "coupling" ⓘ |
| Union Pacific dome cars | standard knuckle couplers via predicate surface "coupling" ⓘ |
| Salam–Weinberg model | fermions to gauge bosons via predicate surface "couples" ⓘ |
| SEPTA Silverliner V | Scharfenberg coupler via predicate surface "coupling" ⓘ |
|
LIRR C3 coach
linked to:
LIRR C3 coaches
|
standard knuckle coupler via predicate surface "coupling" ⓘ |
| Klein–Gordon equation | electromagnetic field via minimal coupling ⓘ |
| Dirac Lagrangian | electromagnetic field via minimal coupling ⓘ |
|
W− boson
linked to:
W^-
|
left-handed fermions ⓘ |
|
W− boson
linked to:
W^-
|
neutrinos ⓘ |
|
W− boson
linked to:
W^-
|
charged leptons ⓘ |
|
W− boson
linked to:
W^-
|
up-type quarks ⓘ |
|
W− boson
linked to:
W^-
|
down-type quarks ⓘ |
|
British Rail Class 156
linked to:
Class 156 Super Sprinter
|
BSI automatic coupler via predicate surface "coupling" ⓘ |
| W′ bosons | quarks via predicate surface "coupleTo" ⓘ |
| W′ bosons | leptons via predicate surface "coupleTo" ⓘ |
| W′ bosons | neutrinos via predicate surface "coupleTo" ⓘ |
| Amfleet I coaches | AAR type H via predicate surface "coupling" ⓘ |
| Z′ bosons | Standard Model fermions ⓘ |
| Z′ bosons | quarks ⓘ |
| Z′ bosons | leptons ⓘ |
|
British Rail Class 150
linked to:
Class 150 train
|
BSI automatic coupler via predicate surface "coupling" ⓘ |
|
British Rail Class 755
linked to:
Class 755 bi-mode multiple unit
|
Dellner via predicate surface "coupling" ⓘ |