Symbols

Symbol	Name and Icon	Article
$\huge{\sf{a}}$	a southern quark	Southern Quarks
$\huge{\sf{\bar{a}}}$	a southern anti-quark	Southern Quarks
$\huge{\sf{A}}$	a southern seed	Seeds
$\huge{\textbf{a}}$	an acidic quark	Acidic Quarks
$\huge{\overline{\textbf{a}}}$	an acidic anti-quark	Acidic Quarks
Ⓐ	an acidic seed	Seeds
$\huge{ \mathbf{ A} }$	a generic atom	Atoms
$\huge{ \mathcal{A} }$	an anti-symmetric component	Photons
$\overline{a}$	the acceleration	Acceleration
$A$	a cross-sectional area	Cylindrical Atomic Model
$\overline{A}$	the magnetic vector potential	Magnetic Fields
$\huge{ \sf{b} }$	a bottom quark	Bottom Quarks
$\huge{ \sf{\overline{b}} }$	a bottom anti-quark	Bottom Quarks
$\huge{ \sf{B} }$	a bottom seed	Seeds
$\large{\mathbb{B}}\small{ \sf{(line) }}$	a line bond	Molecules
$\large{\mathbb{B}}\small{\sf{(wedge)}}$	a wedge bond	Molecules
$\large{\mathbb{B}}\small{\sf{(hash)}}$	a hash bond	Molecules
$\large{\mathbb{B}}\small{\sf{(mixed)}}$	a mixed bond	Molecules
$\large{\mathbb{B}}\small{\sf{(double)}}$	a double bond	Molecules
$\large{\mathbb{B}}\small{\sf{(triple)}}$	a triple bond	Molecules
$\huge{\textbf{b}}$	a basic quark	Basic Quarks
$\huge{\overline{\textbf{b}}}$	a basic anti-quark	Basic Quarks
Ⓑ	a basic seed	Seeds
$\huge{ \mathbf{ B} }$	a generic atom	Newton's Third Law
$B$	the baryon number	Identifying Particles
$\overline{B}$	the magnetic flux density	Magnetic Fields
$\huge{ \sf{c} }$	a charmed quark	Charmed Quarks
$\huge{ \sf{\overline{c}} }$	a charmed anti-quark	Charmed Quarks
$\huge{ \sf{C} }$	a charmed seed	Seeds
$c$	the speed of light	Velocity
$\huge{ \sf{d} }$	a down quark	Down Quarks
$\huge{ \sf{\overline{d}} }$	a down anti-quark	Down Quarks
$\huge{ \sf{D} }$	a down seed	Seeds
$\huge{\textbf{d}}$	a dextro quark	Dextro Quarks
$\huge{\overline{\textbf{d}}}$	a dextro anti-quark	Dextro Quarks
Ⓓ	a dextro seed	Seeds
$\huge{ \pmb{\mathit{\Delta}}}$	a delta baryon	The Delta Baryons
$D_{ \large{\circ}}$	the bond dissociation energy	Molecules
$d \bar{r}$	the displacement	Displacement
$\delta_{\tau}$	the warmness	Warmness
$\delta_{T}$	the coldness	Coldness
$\delta_{m}$	the redness	Redness
$\delta_{e}$	the yellowness	Yellowness
$\delta_{w}$	the whiteness	Whiteness
$\delta^{\ast}$	the oddness	Oddness
$\delta_{\sf{H}}$	the sourness	Sourness
$\delta_{\sf{I}}$	the saltiness	Saltiness
$\delta_{\sf{S}}$	the sweetness	Sweetness
$\delta_{\theta}$	the phase	Phase
$\delta_{\hat{m}}$	the magnetic polarity	Spatial Orientation
$\delta_{\hat{e}}$	the electric polarity	Spatial Orientation
$\delta_{z}$	the helicity	Spatial Orientation
$\delta_{t}$	the temporal orientation	Temporal Orientation
$\Delta n$	the net number of quarks	Counting Quarks
$\Delta r$	the distance	Position
$\Delta \overline{r}$	the separation	Position
$\Delta t$	the elapsed time	Elapsed Time
$\Delta U$	the conjugate difference	Conjugate Symmetry
$\huge{ \sf{e} }$	a negative quark	Negative Quarks
$\huge{ \sf{\bar{e}} }$	a negative anti-quark	Negative Quarks
$\huge{ \sf{E} }$	a negative seed	Seeds
$\huge{ \mathbb{E} }$	a Euclidean space	Models of Molecules
$\huge{\sf{e}}^{\Large{-}}$	an electron	The Electron
$\hat{e}$	the electric axis unit vector	Quark Space
$\varepsilon$	the audibility	Audibility
$\epsilon_{\sf{o}}$	the electric constant	Constants
$\epsilon_{t}$	the direction of time	Historical Order
$E$	the mechanical energy	Mechanical Energy
$\hat{E}$	the specific energy	Specific Energy
$\tilde{E}$	the average energy	Energy Measurement
$f$	a final event index	Chains of Events
$\overline{F}$	a force	Force
$\mathscr{F}$	a field	Fields
$\huge{ \sf{F} }$	a frame of reference	Reference Frames
$\huge{ \Psi }$	a generic chain of events	Chains of Events
ϕ	a phi meson	Phi Mesons
$\huge{ \sf{g} }$	a positive quark	Positive Quarks
$\huge{ \sf{\bar{g}} }$	a positive anti-quark	Positive Quarks
$\huge{ \sf{G} }$	a positive seed	Seeds
$\huge{ \mathbb{G} }$	a gravitational particle	Gravitation
$\huge{ \sf{\Gamma} }$	a graviton	Gravitons
$\huge{ \sf{\gamma} }$	a photon	Photons
$\gamma$	the Lorentz factor	Slow Motion
$\varGamma$	the full width	Lifetime
$h$	Planck's constant	Planck's Postulate
$H$	the enthalpy	Enthalpy
$\huge{ \mathbf{H} }$	a hydrogen atom	Atomic Hydrogen
$\huge{ \pmb{\mathit{\eta}}}$	an eta meson	Eta Mesons
$\eta$	the index of refraction	Refraction
$\huge{\textbf{i}}$	an ionic quark	Ionic Quarks
$\huge{\overline{\textbf{i}}}$	an ionic anti-quark	Ionic Quarks
Ⓘ	an ionic seed	Seeds
$i$	an initial event index	Chains of Events
$I$	the current	Magnetic Moments
$\overline{I}$	the moment of inertia	Moment of Inertia
$j$	an integer index the atomic total angular momentum quantum number	Chains of Events Atoms
$𝘑$	the nuclear total angular momentum quantum number	Total Angular Momentum
${\rm{\overline{J}}}$	the total angular momentum vector	Total Angular Momentum
$k$	a constant or numerical index	Constants
$\overline{\kappa}$	the wavevector	The Wavevector
$\kappa$	the wavenumber	The Wavevector
$K$	the kinetic energy	Dynamic Equilibrium
$\hat{K}$	the vis viva	Vis Viva
K	a kaon	Kaons
Λ	a lambda baryon	Lambda Baryons
$\huge{\textbf{l}}$	a levo quark	Levo Quarks
$\huge{\overline{\textbf{l}}}$	a levo anti-quark	Levo Quarks
Ⓛ	a levo seed	Seeds
$\ell$	the length the azimuthal quantum number	Length Orbital Angular Momentum
$\parallel \ \parallel$	the norm of a vector	The Norm
$\lambda$	a wavelength	Wavelength
$\lambda _{\sf{o}}$	a wavelength	Refraction
$L$	the lepton number	Identifying Particles
$\huge{ \sf{m} }$	a northern quark	Northern Quarks
$\huge{ \sf{\overline{m}}}$	a northern anti-quark	Northern Quarks
$\huge{ \sf{M} }$	a northern seed	Seeds
$\huge{ \sf{\mu} }^{\Large{-}}$	a muon	The Muon
$\overline{ \mu }$	a magnetic moment	Magnetic Moments
$\mu_{\sf{o}}$	the magnetic constant	Constants
$\hat{m}$	the magnetic axis unit vector	Quark Space
$m$	the rest-mass	Mass
$n$	a quark coefficient	Counting Quarks
$\rm{n}$	the principal quantum number	Excited Particles
$\nu$	the frequency	Frequency
n	a neutron	Neutrons
$\huge{ \pmb{\mathit{\nu}}}$	a neutrino	Neutrinos
$\huge{ \sf{O} }$	an ordinary seed	Seeds
$\huge{ \sf{\overline{O}} }$	an odd seed	Seeds
$\huge{ \sf{P} }$	a generic particle	Particles
$\huge{ \sf{p}}^{\Large{+}}$	a proton	The Proton
$\huge{ \pmb{\mathit{\pi}}}$	a pion	Pions
$\overline{p}$	the momentum	Momentum
$\sf{P}_{\it{k}}$	a generic event	Events
$P$	the pressure	Pressure
$\pi$	Archimedes' constant	Constants
$\varpi$	the handedness	Models of Molecules
$\huge{ \sf{q} }$	a generic quark	Classification of Quarks
$\huge{ \mathbb{Q} }$	quark space	Quark Space
$\mathcal{Q}$	the induced charge	Magnetic Susceptibility
$q$	the charge	Identifying Particles
$\overline{r}$	the position	Position
$\rho$	a radius	Quark Models
$R$	the orbital radius	Orbital Radius
$\mathcal{R}$	the Rydberg constant	The Hydrogen Spectrum
$\varrho$	the density	Mass
$\huge{ \pmb{\mathit{\rho}} }$	a rho meson	Rho Mesons
$\huge{ \sf{s} }$	a strange quark	Strange Quarks
$\huge{ \sf{\bar{s}} }$	a strange anti-quark	Strange Quarks
$\huge{ \sf{S} }$	a strange seed	Seeds
$\huge{ \mathcal{S} }$	a symmetric phase component	Ground States
$\huge{ \mathbb{S} }$	a surrounding space	Dispersion
$S$	the strangeness	Identifying Particles
$s$	the spin angular momentum quantum number	Atoms
$\varsigma$	the signal-to-noise ratio	Measuring Energy
Σ	a sigma baryon	Sigma Baryons
$\huge{ \sf{t} }$	a top quark	Top Quarks
$\huge{ \sf{\bar{t}} }$	a top anti-quark	Top Quarks
$\huge{ \sf{T} }$	a top seed	Seeds
$t$	the time of occurrence	Time
$\mathit{T} \, \sf{(ºC)}$	the Celsius temperature	Temperature
$\mathit{T} \, \sf{(K)}$	the thermodynamic temperature	Lifetime
$\theta$	the phase angle	Phase Angle
$\vartheta$	the aqueous bond angle	Models of Molecules
$\huge{ \mathbf{\Theta} }$	a clock	Clocks
$\hat{\tau}$	the period	Time
$\tau$	the mean life	Lifetime
$\huge{\sf{\tau}}^{\Large{+}}$	a tau lepton	Leptons
$\huge{ \sf{u} }$	an up quark	Up Quarks
$\huge{ \sf{\bar{u}} }$	an up anti-quark	Up Quarks
$\huge{ \sf{U} }$	an up seed	Seeds
$U$	the internal energy	Internal Energy
$\mathcal{U}$	the potential energy	Dynamic Equilibrium
$\sf{v}$	the speed	Velocity
$\overline{\sf{v}}$	the velocity	Velocity
$V$	the volume	Volume
$\mathcal{V}$	the electric potential	The Electric Potential
$\huge{\textbf{w}}$	an aqueous quark	Aqueous Quarks
$\huge{\overline{\textbf{w}}}$	an aqueous anti-quark	Aqueous Quarks
Ⓦ	an aqueous seed	Seeds
w	a weak quantum	Weak Quanta
$\huge{ \pmb{\mathit{\omega}} }$	an omega meson	Omega Mesons
$\omega$	the angular frequency	Counting Bundles
$W$	the work	Work
Ω	an omega baryon	Omega Baryons
$\sf{\Omega}$	an orbit, a bundle of quarks	Orbits
$\huge{ \sf{X} }$	an exchange particle	Newtonian Vignettes
$\huge{ \mathbb{X} }$	a generic particle
$X$	the action	Planck's Postulate
$x$	the abscissa	Cartesian Coordinates
$\chi_{m}$	the magnetic susceptibility	Magnetic Susceptibility
$\hat{x}$	the abscissa axis unit vector	Spatial Axes
Ξ	a xi baryon	The Xi Baryons
$y$	the ordinate	Cartesian Coordinates
$\hat{y}$	the ordinate axis unit vector	Spatial Axes
$\huge{ \mathbb{Y} }$	a generic particle
$\huge{ \mathbb{Z} }$	a generic particle
$\huge{ \sf{z} }$	a generic ordinary quark	Classification of Quarks
$\huge{ \sf{\bar{z}} }$	a generic anti-quark	Classification of Quarks
$\huge{ \sf{Z} }$	a generic seed	Classification of Seeds
$z$	the applicate	Cartesian Coordinates
$\hat{z}$	the polar axis unit vector	Quark Space
$\zeta$	the quark index	Quark Index