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- South Dakota (14035 bytes)
82: ...ontinuous Euro-American settlement of the area. Through much of the [[19th Century]], exploratory exp...
132: ...no]] Experiment, famous for detecting the [[solar neutrino problem]]. Currently there is pending legislatio...
168: *[[Christian]] — 91%
176: **Other Christian — 1% - Astronomy (13970 bytes)
50: ...on is also carried by [[cosmic ray]]s, [[neutrino|neutrinos]], [[meteor|meteors]], and, in the near future, ...
60: ...UV (ultraviolet) astronomy, as well as studies of neutrinos and cosmic rays.
73: ...tury]], a huge [[observatory]] was built near [[Tehran]], [[Persian Empire|Persia]] (now [[Iran]]), by... - Sun (20830 bytes)
128: ...illion years) ago, as determined by [[nucleocosmochronology]] and [[computer models]] of [[stellar evo...
140: ...ismology]], the study of sound waves that travel through the Sun's interior.
144: ...trotoluene|TNT]] per second) which makes its way through
145: ...[electromagnetic radiation]] ([[sunshine]]) and [[neutrino]]s (and to a smaller extent as the [[kinetic ener...
147: ...of the energy of the interior fusion must travel through the successive layers to the solar photospher... - History of science (41710 bytes)
13: ...hn]], who argued that scientific knowledge moves through "[[paradigm shift]]s" and is not necessarily ...
29: ... astronomical information in a systematic manner through simple observation. Though they had no knowl...
40: ...ophic school of [[scholasticism]]. The rise of [[Christianity]] saw a strange paradox: classical Greek...
61: ...y observations. For example, an [[arrow]] flying through the air after leaving a bow contradicts with ...
65: ... made during this time by [[Galileo Galilei]], [[Christiaan Huygens]], [[Johannes Kepler]], and [[Blai... - Cadmium (10755 bytes)
173: About three-fourths of cadmium is used in [[Battery (electr...
183: *Used in the first [[neutrino]] detector. - Electron (10516 bytes)
102: ...with the [[electron neutrino]], as they interact through the [[weak interaction]]. The electron has tw...
113: ...ons each element has. In the same year, [[Niels Bohr]] showed that electrons are the actual foundation... - Neutron (7687 bytes)
32: ...ng by emitting an [[electron]] and [[neutrino|antineutrino]] to become a proton. Neutrons in this unstable ...
36: ...ectric forces which ionize atoms of the material through which they pass. The energy taken up in ioniz... - Physics (25628 bytes)
19: ...eory|chaos]] was discovered in the 20th century, three centuries after the original formulation of cla...
37: | [[Path integral formulation]], [[Schr�dinger equation]], [[Quantum field theory]]
86: ... today. There were exceptions and there are [[anachronism]]s: for example, the [[Hellenic civilization...
88: ...tions. An example of this is an [[arrow]] flying through the air after leaving a bow contradicts with ...
94: ... made during this time by [[Galileo Galilei]], [[Christiaan Huygens]], [[Johannes Kepler]], and [[Blai... - Star (12279 bytes)
3: ...]]. Unlike a [[planet]], a star generates energy through [[nuclear fusion]] and therefore emits light....
15: ...uilibrium]], which generate their own [[energy]] through the process of [[nuclear fusion]].
17: ...s [[electromagnetic radiation]], as a stream of [[neutrino]]s from the star's core, and as a stream of parti...
66: ...sup>2</sup>H]] + 2[[positron|e<sup>+</sup>]] + 2[[neutrino|ν<sub>e</sub>]] (4.0 M[[electron volt|eV]] + 1...
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