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 |
page revision: 1283, last edited: 01 Jun 2020 13:12