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Muonium (/mjuːˈoʊniəm/) is an
exotic atom made up of an
antimuon and an electron,
which was
discovered in 1960 by
Vernon W.
Hughes and is
given the chemical...
- true
muonium is a
theoretically predicted exotic atom
representing a
bound state of an muon and an
antimuon (μ+μ−). The
existence of true
muonium is well...
-
lattice QCD are
increasingly important tests of
quantum chromodynamics.
Muonium,
despite its name, is not an
onium state containing a muon and an antimuon...
- e+ ),
muonium ( e− μ+ ), and "true
muonium" ( μ− μ+ ). Of
these positronium and
muonium have been
experimentally observed,
while "true
muonium" remains...
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suffix when present), with one
exception for "
muonium"; a muon–antimuon
bound pair is
called "true
muonium" to
avoid confusion with old nomenclature. Positronium...
- a
random electron and with this
electron forms an
exotic atom
known as
muonium (mu) atom. In this atom, the muon acts as the nucleus. The
positive muon...
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Unlike muonium,
positronium does not have a
nucleus analogue,
because the
electron and the
positron have
equal m****es. Consequently,
while muonium tends...
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other systems, such as
positronium (an
electron orbiting a positron) and
muonium (an
electron orbiting an anti-muon) by
using the
reduced m**** of the system...
-
result of the 2011 ****anese earthquake. 2
microseconds – the
lifetime of a
muonium particle. 2.68
microseconds – the
amount of time
subtracted from the Earth's...
- used for the
element tennessine: see above) Vi:
vinyl Exotic atoms: Mu:
muonium Pn:
protonium Ps:
positronium Hazard pictographs are
another type of symbols...
