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- Proton (5009 bytes)
12: |[[Fermion]]
54: ...and indeed any gravitationally aggregated matter (planets, stars, etc.).
59: ...rogen nuclei. Rutherford determined that the only place this hydrogen could have come from was the nit...
61: == Technological applications ==
62: ...opy]]. In NMR spectroscopy, a magnetic field is applied to a substance in order to detect the shieldin... - Helium (36603 bytes)
9: ...mage-BIG.png|250px|click for larger version and explanation]]<br><div align="right"><small>[[Periodic ...
108: ...[[United States]], which is by far the largest supplier of the gas. Helium is used in [[cryogenics]], ...
111: ===Gas and plasma phases===
114: ...on bombardment or is otherwise a [[Plasma physics|plasma]]. HeNe, HgHe<sub>10</sub>, WHe<sub>2</sub> ...
117: ...invisible [[solid]] is highly [[compressible]]; applying pressure in the laboratory can decrease its v... - Electron (10516 bytes)
14: |[[Fermion]]
56: ...fer chemical properties to elements and therefore play a fundamental part in [[chemistry]].
68: ...simplified and tailored for quantum particles, simply states that the more accurately we know a partic...
70: ...ve in "Cooper pairs," in which their motion is coupled to nearby matter via lattice vibrations called ...
113: ... 1916, Gilbert Newton Lewis and Irving Langmuir explained the chemical bonding of elements by electron... - Neutron (7687 bytes)
8: <tr><td>[[Fermion]]</td></tr>
36: ...lear force|weak]] nuclear forces which comes into play when the neutron comes very close indeed to an ...
38: ...astic]] type, the ordinary laws of [[momentum]] apply as they do in the elastic collision of billiard ...
40: ...m nuclear disintegrations; there is no natural supply. The only means we have of controlling free neut... - Matter (1902 bytes)
1: ...stituted of [[elementary particles|elementary]] [[fermion]]s. All [[gauge boson]]s (of which the [[photon]]...
5: ...quid]], [[fluid]]ic, [[gas]]eous, [[solid]] and [[plasma]]. As circumstances change, matter may change...
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