Quarks place
Crossword Clue

  • We have found 35 answers to crossword clue "Quarks place"
  • The Best Answer: 10/10
AnswerCrossword Clue
ATOMQuark's place
MESONQuark's place
ATOMQuark's milieu
ATOMQuark's locale
SUBATOMICLike quarks
ATOMSQuarks' homes
ATOMSQuarks' places
PLUSONECharm quark's charm
ATOMHome to quarks
NUCLEONSBundles of bound quarks
PROTONParticle composed of three quarks
PROTONIt's composed of three quarks
BARYONSubatomic particle made of three quarks
MESONSThey're made of quarks and antiquarks
GLUONSubatomic particle thought to bind quarks together
diquarka low energy configuration of two QUARKS
bottomnessa property that characterizes quarks and hadrons
GLUONMassless subatomic particle believed to bind quarks together
diquarksDIQUARK, a low energy configuration of two QUARKS
bottomnessesBOTTOMNESS, a property that characterizes quarks and hadrons
PROTONSParticles composed of two up quarks and one down quark
gluona hypothetical neutral massless particle held to bind together quarks to form hadrons
coloursA quantized property of quarks which can take three values (designated blue, green, and red) for each flavor
pentaquarka hypothetical subatomic particle consisting of a group of five quarks (as compared to the usual three quarks)
pentaquarksPENTAQUARK, a hypothetical subatomic particle consisting of a group of five quarks (as compared to the usual three quarks)
baryonicany of a group of subatomic particles (as nucleons) that are subject to the strong force and are composed of three quarks
hadronany of the subatomic particles (as protons and neutrons) that are made up of quarks and are subject to the strong force
gluonunobserved massless particle with spin 1 that is believed to transmit the strong force between quarks, binding them together into baryons and mesons
gluonsunobserved massless particle with spin 1 that is believed to transmit the strong force between quarks, binding them together into baryons and mesons
partonconstituent of the nucleon originally postulated in the theoretical analysis of high-energy scattering of electrons by nucleons and subsequently identified with quarks and gluons
partonsconstituent of the nucleon originally postulated in the theoretical analysis of high-energy scattering of electrons by nucleons and subsequently identified with quarks and gluons
piona meson that is a combination of up and down quarks and antiquarks, that may be positive, negative, or neutral, and that has a mass about 270 times that of the electron
pionica meson that is a combination of up and down quarks and antiquarks, that may be positive, negative, or neutral, and that has a mass about 270 times that of the electron
leptonany of a class of particles with spin of 1/2 that are not subject to the strong force and that are believed to be truly elementary and not composed of quarks or other subunits. The leptons known or believed to exist are the electron
leptaany of a class of particles with spin of 1/2 that are not subject to the strong force and that are believed to be truly elementary and not composed of quarks or other subunits. The leptons known or believed to exist are the electron