A muon is larger than a gluon. A muon is a subatomic particle that is about 200 times more massive than an electron, while a gluon is a massless particle that mediates the strong nuclear force in the Standard Model of particle physics.
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Gluons are believed to carry the strong nuclear force between quarks within the nucleus.
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Gluons bind together the quarks that make up protons and neutrons.
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Gluons are elementary particles and are considered one of the smallest particles in the standard model of particle physics. There is currently no evidence to suggest the existence of anything smaller than a gluon within our current understanding of physics.
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Bitumen/pitch/tar. Quark-gluon plasma.
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hyperspace manifold absorbon's, or pure gluon matter.
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neutrinos
^Who ever answered that didn't know what they were talking about
It's GLUON
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No, but they are related. The strong force is the result of interactions that involve gluons.
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The strong force has the gluon and the weak force has the w and z bosons
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A theoretical new state of matter. Quarks and gluons are components of atoms. When you heat certain atoms to around 4 trillion degrees Celsius, the atoms stop behaving as atoms and start behaving as something completely different.
A quark-gluon plasma behaves as a near-ideal Fermi liquid.
In normal matter, quarks are confined, in a Quark Gluon plasma, the quarks are not confined (read more on deconfinement).
At such temperatures, you would think that the quark gluon plasma would behave as free roaming objects, as people normally experience a gas, but it behaves more like a liquid instead.
More experiments are required to explore the nature of these subatomic particles.
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Gluons were first postulated in the early 1970s by physicists David Politzer, Frank Wilczek, and David Gross as part of the theory of quantum chromodynamics (QCD), which describes the strong nuclear force. They are particles that mediate the force between quarks.
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giron, gluon, grill, groin, guiro, lingo, lungi, ruing, unrig
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A quark may be one of several categories: up (+2/3 charge), down (-1/3 charge), charmed, strange, top, and bottom. A quark, generally speaking, has no subparticles of its own that are generally accepted or discussed, but, in terms of size, the gluon, the gauge boson that mediates the "glue" force between the quarks can be construed as "smaller" in size than a quark.
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Yes, they are bosons. Fermions might be force carriers for supersymmetric particles if they exist but otherwise they are not.
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In chemistry, gluon is a subatomic particle that mediates the strong nuclear force holding quarks together to form particles like protons and neutrons. Gluons are massless, electrically neutral particles that transmit the strong force between quarks, which are the building blocks of protons and neutrons.
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88" 1 A.N.U mesons combine with gluon to form bose-einstein-condensate modifying the genus of quarks.
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Reijiro Fukuda has written:
'Gluon condensation and the properties of the vacuum in quantum chromodynamics' -- subject(s): Gauge fields (Physics), Gluons, Quantum chromodynamics
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The nine states of matter include: solid, liquid, gas, plasma, Bose-Einstein condensate, supersolid, supersolid, superfluid fermionic condensate, and quark-gluon plasma. Each state of matter exhibits distinct physical properties based on the arrangement and movement of its particles.
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neutrons, protons and electrons, quarks (up, down, to, bottom, strange, charm), fermions, leptons, bosons (photon, W boson, Higgs boson, gluon, graviton).
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== == The Higgs Boson is another theoretical particle thought to be responsible for the presence of mass in other particles that have mass. I believe the Higgs Boson is theorized to be itself massless.
there are 3 known massless particles: the gauge boson, the photon, and the gluon ( the gluon isn't necessarily categorized as a free particle due to the fact that they are confined to hadrons) neutrinos were also, until recently, were thought to be massless. however, they were discovered to change flavor, which means that they must have mass.
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Bosons are particles with integer spin which do not obey the Pauli Exclusion Principle, therefore a number of them may occupy the same quantum state.
In general, all bosons can be classified as either mesons (composite particles) or gauge bosons (elementary bosons). Pions are examples of mesons, while photons are examples of gauge bosons.
Since the name "boson" applies to a number of particles there can be no answer to this question.
Bosons are part of 3 families of fundamental particles described by the Standard Model of quantum physics, and being fundamental means they have no known substructure - i.e., there isn'tanything smaller than a boson. (The same applies to quarks and leptons.)
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The 'six states of matter ' are
Solid
Liquid
Gas
Plasma
Bose-Einstein Condensate
Fermionic Condensate
Other states of matter are:
Superconductors
Superfluids
Rydberg molecules
Quark-gluon Plasma
Degenerate matter
Supersolids
String-Net liquid
Superglass
liquid crystalline states
and Amorphous solids
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Gluons are force mediators, mesons are composite bosons, and bosons have an integral spin. Neither of these are the smallest particle. The smallest particles are quarks and electrons, believed to be single points.
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
1 answer
A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
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Assuming you left out the last two 's's: -Bose Einstein condensate-solid-liquid-gas-plasma-quark gluon plasma The last one I believe hasn't been observed in a laboratory .
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A state of matter is a class of materials-
1} Solid,
2) Liquid,
3} Gas,
4} Ionized Plasma,
5} Quark-gluon plasma,
6} Bose-Einstein condensate
7} Fermionic condensate
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No, glucose is not a subatomic particle. Glucose is a simple sugar molecule made up of carbon, hydrogen, and oxygen atoms. Subatomic particles refer to particles that make up atoms, such as protons, neutrons, and electrons.
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There are 7 proven states of matter, but many others that are currently theoretical and being debated. They are:
Gas
Liquid
Solid
Plasma
Quark-Gluon Plasma
Bose-Einstein Condensate
Superfluids
Note that the first four are the most accepted. Quark-Gluon plasma was only recently proven, so many people will not have heard of it.
APEX: 4
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As of now, no particles smaller than quarks have been discovered. Quarks are considered to be fundamental particles, or building blocks of matter, and are not believed to be made up of smaller constituents. However, some hypothetical particles like preons have been proposed in certain theoretical models, but there is no experimental evidence supporting their existence.
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The standard explanation is that it is residual heat from the very hot quark-gluon plasma that filled the early universe. The observed radiation fits very well with a model that posits the Big Bang happened about 13 billion years ago.
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In the quark-gluon mass that was formed in the big bang light elements such as hydrogen and helium would have formed first, fusing under the high levels of gravity later.
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Neutrinos are particles that have a smaller mass than atoms and have an electric charge of zero. They are extremely light and are known for their ability to pass through matter with little interaction.
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A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
4 answers
A particle smaller than atom is a subatomic particle, protons , neutrons, and , electrons, the smallest one is an electron, smaller than that are point particles and elementary particles, one elementary particle and point particle is a quark, up quarks down quarks the smallest single thing found so far is a GLUON, which is the force which binds/holds quarks together. Where the devil lives in anti matter there are also atoms and subatomic particles and point particles but just anti, anti- GLUON, anti-QUARK, anti-ATOM, anti-SUBATOMIC PARTICLE. There is something called the string theory, and super string theory that theorizes about bosonic/boson strings but it can not be provine yet, and I think a gluon is still alot smaller than a bosonic/boson string if they are true.
HOPE THIS HELPS
3 answers