Galnet - WordNet 3.0 do Galego

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ili-30-09226997-n CILI: i85112
WordNet Domains: physics
SUMO Ontology: SubatomicParticle+
Basic Level Concept: 09386422-n particle
Epinonyms: [3] natural_object
[3] natural_object |1|
[2] ili-30-09224911-n (has_hyperonym) |1|
[1] ili-30-09386422-n (has_hyperonym) |1|
[0] ili-30-09226997-n (has_hyperonym) |1|
Polaridade:
  positivo negativo
SentiWordNet: 0 0
ML-SentiCon: 0 0
Tempo:
  pasado presente futuro atemporal
TempoWordNet: 0 0 0 1

Explorar o ámbito terminolóxico en [Termonet]
GL Variantes
- bosón · [RILG] [DRAG]
CA Variantes
- bosó
EU Variantes
- bosoi
ES Variantes
- bosón
EN Variantes
- boson
Glosa
DE Variantes
- Boson
FR Variantes
- boson
- bosons
Relacións léxico-semánticas no WordNet vía ILI (11) - Amosar / Agochar gráfico:
Hyperonyms
(has_hyperonym)
09386422-n: a body having finite mass and internal structure but negligible dimensions
Hyponyms
(has_hyponym)
09287415-n: a particle that mediates the interaction of two elementary particles
Hyponyms
(has_hyponym)
09352282-n: an elementary particle responsible for the forces in the atomic nucleus; a hadron with a baryon number of 0
Glosses
(gloss)
00024073-r: negation of a word or group of words
Glosses
(gloss)
00913387-a: divisible by two
Glosses
(gloss)
02542795-v: be obedient to
Glosses
(gloss)
05875723-n: (physics) statistical law obeyed by a system of particles whose wave function is not changed when two particles are interchanged (the Pauli exclusion principle does not apply)
Glosses
(gloss)
05886939-n: no two electrons or protons or neutrons in a given system can be in states characterized by the same set of quantum numbers
Glosses
(gloss)
09386422-n: a body having finite mass and internal structure but negligible dimensions
Glosses
(gloss)
13715614-n: the sum of the number of neutrons and protons in an atomic nucleus
Glosses
(rgloss)
10858577-n: Indian physicist who with Albert Einstein proposed statistical laws based on the indistinguishability of particles; led to the description of fundamental particles that later came to be known as bosons