Symbol List

Throughout WikiMechanics symbols for particles use upright san-serif fonts. Symbols for numbers are in slanted fonts with serifs. Both kinds are shown in a combined list below. They are presented in alphabetical order, lower-case first, Roman scripts before Greek.
Pages that are still under construction may not yet have their symbols entered in the table.

Symbol	Name	Page
a	amperic quark	Quarks
a	amperic anti-quark	Quarks
A	amperic seed	Seeds
b	bottom quark	Quarks
b	bottom anti-quark	Quarks
B	bottom seed	Seeds
B	baryon number	Quantum Numbers
c	speed of light	Constants
c	charmed quark	Quarks
c	charmed anti-quark	Quarks
C	charmed seed	Seeds
d	down quark	Quarks
d	down anti-quark	Quarks
D	down seed	Seeds
δ_t	warmness	Small Thermal Sensations
δ_T	coldness	Big Thermal Sensations
δ_e	redness	Organic Visual Sensations
δ_m	yellowness	Inorganic Visual Sensations
δ_w	whiteness	Achromatic Visual Sensations
δ*	lateral polarity	Acoustic Sensations
δΘ	temporal number	Lifetime
$\mbox{\fontsize{12}{18}\selectfont ${\Delta}n^{\zeta} $}$	net number of ζ-type quarks	Counting Quarks
$\mbox{\fontsize{12}{18}\selectfont ${\Delta}n^{\sf{Z}} $}$	net number of ζ-type quarks	Counting Quarks
$\mbox{\fontsize{12}{18}\selectfont $ \Delta t $}$	elapsed time	Time
Δ	a delta baryon	The Delta Baryons
$\mbox{\fontsize{12}{18}\selectfont \widetilde{\Delta} $}$	average order difference	Temporal Orientation
$\mbox{\fontsize{12}{18}\selectfont \Delta $}$	order difference	Temporal Orientation
e^—	electron	The Electron
e	electric quark	Quarks
e	electric anti-quark	Quarks
$\mbox{\fontsize{12}{18}\selectfont $ \hat{e} $}$	the electric axis	Quark Space
ὲ	audibility	Audibility
έ	temporal orientation	Temporal Orientation
$\mbox{\fontsize{14}{20}\selectfont \epsilon $}$	phase	Phase
E	electric seed	Seeds
E	mechanical energy	Mechanical Energy
Ê	specific energy	Specific Energy
$\mbox{\fontsize{12}{18}\selectfont \widetilde{E} $}$	experimental average	Energy Measurement
$\mbox{\fontsize{12}{18}\selectfont \delta \! E $}$	experimental uncertainty	Energy Measurement
F	a frame of reference	Reference Frames
g	galvanic quark	Quarks
g	galvanic anti-quark	Quarks
G	galvanic seed	Seeds
γ	a photon	Photons
γ	the Lorentz factor	Slow Motion
$\mbox{\fontsize{12}{18}\selectfont $ \varGamma $}$	width	Energy Measurement
h	Planck's constant	Constants
H	enthalpy	Enthalpy
η	an eta meson	Other Mesons
I	inertia	Inertia
I	norm of the inertia	Properties of the Inertia
$\mbox{\fontsize{12}{18}\selectfont $ \overline{J} $}$	angular-momentum	Angular Momentum
Ĵ	axis of rotation	Quark Space
k	a constant number	Constants
κ	a constant number	Constants
κ	a constant number	Constants
K	a kaon	Kaons
Ǩ	thermal energy	Thermal Energy
L	lepton number	Quantum Numbers
Λ	a lambda baryon	The Lambda Baryon
$\parallel \ \parallel$	the norm of a vector	Norm
m	mass	Mass
m	magnetic quark	Quarks
m	magnetic anti-quark	Quarks
$\mbox{\fontsize{12}{18}\selectfont $ \hat{m} $}$	the magnetic axis	Quark Space
M	magnetic seed	Seeds
μ^—	a muon	The Muon
n	quark coefficient	Counting Quarks
n	a neutron	The Neutron
$\mbox{\fontsize{12}{18}\selectfont $ N^{\zeta} $}$	total number of ζ-type quarks	Counting Quarks
$\mbox{\fontsize{12}{18}\selectfont $ N^{\sf{Z}} $}$	total number of Z-type seeds	Quark Hypothesis
$\mbox{\fontsize{12}{18}\selectfont ${\Delta}n^{\sf{Z}} $}$	net number of ζ-type quarks	Counting Quarks
$\mbox{\fontsize{12}{18}\selectfont $ N^{\circ} $}$	total number of ordinary quarks	Counting Quarks
ν	a neutrino	Neutrinos
ν	orbital frequency	Frequency
O	ordinary seed	Seeds
O	odd seed	Seeds
Ω	a generic orbit or bundle of quarks	Orbits
Ω^—	an omega baryon	The Omega Baryon
Ω*	a clock	Clocks
$\mbox{\fontsize{12}{18}\selectfont $ \overline{p} $}$	momentum	Momentum
$\mbox{\fontsize{12}{18}\selectfont $ \hat{p} $}$	direction of motion	Momentum
P	a generic particle	Particles
P_k	a generic event	Events
P	pressure
$\mbox{\fontsize{12}{18}\selectfont $ \wp $}$	a ratio or proportion	Counting Quarks
p⁺	proton	The Proton
π	a pion	Pions
π	Archimedes' constant	Constants
ϕ	a phi meson	Other Mesons
Ψ	a generic chain of events	Chains of Events
q	a generic quark	Classification of Quarks
Q	a quark space	Quark Space
q	charge	Quantum Numbers
ρ	a rho meson	Other Mesons
s	strange quark	Quarks
s	strange anti-quark	Quarks
S	strange seed	Seeds
S	strangeness	Strangeness
σ	spin	Angular Momentum
Σ	a sigma baryon	Sigma Baryons
t	top quark	Quarks
t	time of occurrence	Time
t	top anti-quark	Quarks
T	top seed	Seeds
T	temperature	Temperature
Θ	temporal number	Lifetime
$\mbox{\fontsize{12}{18}\selectfont \theta $}$	phase angle	Phase Angle
$\mbox{\fontsize{12}{18}\selectfont $ \hat{\tau} $}$	orbital period	Orbital Period
$\mbox{\fontsize{12}{18}\selectfont $ {\tau} $}$	lifetime	Lifetime
τ⁺	a tau lepton	The Tau Leptons
u	up quark	Quarks
u	up anti-quark	Quarks
U	up seed	Seeds
U	internal energy	Internal Energy
V	orbital volume
$\mbox{\fontsize{12}{18}\selectfont $ \hat{V} $}$	specific volume	Specific Volume
w	a weak quantum	Weak Quanta
ω	angular frequency	Frequency
ω	an omega meson	Other Mesons
χ	covariance	The Metric
Ξ	a xi baryon	Xi Baryons
ζ	the quark index	Quark Index
z	a generic ordinary quark	Classification of Quarks
z	a generic anti-quark	Classification of Quarks
Z	a generic seed	Classification of Seeds
$\parallel \ \parallel$	the norm of a vector	Norm
$\mbox{\fontsize{12}{18}\selectfont $ \oplus $}$	the Earth	The Earth

page_revision: 402, last_edited: 1283447549|%e %b %Y, %H:%M %Z (%O ago)

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