Superatoms are atoms that have the power to mimic any element property. They were built when chemists had noticed that certain arrangements of atoms acted as scaled up versions of a single atom of a different kind. The electrons are in shells around it's core, with determine chemical properties of an atom, in which the superatom takes those characteristics. Normal atoms have their own properties, but superatoms can mimic any properties.
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Elementary | Fermions | |
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Bosons | |
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Ghost fields | |
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Hypothetical | Superpartners | Gauginos | |
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Others |
- Axino
- Chargino
- Higgsino
- Neutralino
- Sfermion (Stop squark)
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Others | |
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Composite | Hadrons | Baryons |
- Nucleon
- Delta baryon
- Lambda baryon
- Sigma baryon
- Xi baryon
- Omega baryon
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Mesons |
- Pion
- Rho meson
- Eta and eta prime mesons
- Bottom eta meson
- Phi meson
- J/psi meson
- Omega meson
- Upsilon meson
- Kaon
- B meson
- D meson
- Quarkonium
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Exotic hadrons |
- Tetraquark (Double-charm tetraquark)
- Pentaquark
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Others | |
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Hypothetical | Baryons | |
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Mesons |
- Glueball
- Theta meson
- T meson
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| Others |
- Mesonic molecule
- Pomeron
- Diquark
- R-hadron
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Quasiparticles | |
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Lists |
- Baryons
- Mesons
- Particles
- Quasiparticles
- Timeline of particle discoveries
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Related | |
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