- (+1 e) but
equal m**** and spin: the
antimuon (also
called a
positive muon).
Muons are
denoted by μ− and
antimuons by μ+ . Formerly,
muons were called...
-
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...
- an -on
suffix when present), with one
exception for "muonium"; a muon–
antimuon bound pair is
called "true muonium" to
avoid confusion with old nomenclature...
- boson.
Examples include creating an
electron and a positron, a muon and an
antimuon, or a
proton and an antiproton. Pair
production often refers specifically...
- and an
antimuon,
because IUPAC ****igned that name to the
system of an
antimuon bound with an electron. However, the
production of a muon–
antimuon bound...
- soil In
particle physics: the
elementary particles called the muon and
antimuon the proton-to-electron m****
ratio In thermodynamics: the
chemical potential...
-
theoretically predicted exotic atom
representing a
bound state of an muon and an
antimuon (μ+μ−). The
existence of true
muonium is well
established theoretically...
-
positive charge of four, e− is an electron, e+ is a positron, and μ+ is an
antimuon.
Atomic isotopes are
written using superscripts. In
symbolic form, the...
- as of 2015[update]. The
exotic atom
muonium (symbol Mu),
composed of an
antimuon and an electron, is
analogous hydrogen and
IUPAC nomenclature incorporates...
- 0.5110 1
electron antielectron e+ muon μ− 1⁄2 −1 105.7 ~ 200
electrons antimuon μ+ tau τ− 1⁄2 −1 1,777 ~ 2
protons antitau τ+
neutrinos electron neutrino...
