| \F~ (defined in notations of fundamental concepts in physics) |
| $f_p$ (defined in probability distribution functions in physics) |
| FaradaysLaw (defined in Maxwell's equations) |
| FCCS (defined in spectroscopy topics) |
| FCCS (defined in spectroscopy areas) |
| FCCS (defined in DNA molecular models) |
| FCS (defined in spectroscopy topics) |
| FCS (defined in spectroscopy areas) |
| FCS (defined in DNA molecular models) |
| FCS (=Fluorescence correlation spectroscopy (FCS)) |
| FCS (defined in Fluorescence correlation spectroscopy (FCS)) |
| Felix Bloch |
| Fermat's principle |
| Fermi-Dirac distribution |
| Fermi-Dirac statistics (=Fermi-Dirac distribution) |
| Fermi distribution (=Fermi-Dirac distribution) |
| fermion |
| fermion (defined in superspace and supergravity) |
| fermion (defined in gluons, quarks and QCD) |
| fermionic generators (defined in superspace and supergravity) |
| Fermi statistics (defined in Quantum topological order and extended quantum symmetries) |
| ferritin (defined in George Palade) |
| ferromagnetic resonance (defined in magnons) |
| Feschbach resonances (defined in bibliography for theoretical physics) |
| Feynman's Lectures on Physics |
| FFT (=generalized Fourier and measured groupoid transforms) |
| FFT (=table of Fourier and generalized transforms) |
| FFT fluorescence (defined in Fluorescence cross-correlation spectroscopy (FCCS)) |
| FFT laser spectroscopy (defined in Fluorescence correlation spectroscopy (FCS)) |
| field (defined in Axioms of Physics) |
| field (defined in Fundamental physical concepts) |
| field carriers (=gauge bosons) |
| Fields Institute Workshop 2004 Topic (=homotopy groupoids and crossed complexes) |
| Fields Medal and its winners |
| filtered Space (defined in non-Abelian algebraic topology) |
| finite Hopf algebra (=finite quantum group) |
| finite hypergraph (defined in hypergraph) |
| finite Lie algebra of quantum commutators (defined in Lie algebras) |
| finite quantum algebra |
| finite quantum group |
| first law of thermodynamics |
| first principle of thermodynamics (=first law of thermodynamics) |
| flavor (defined in quantum chromodynamics (QCD)) |
| flavor (defined in gluons, quarks and QCD) |
| FLIM (defined in spectroscopy areas) |
| floor function (defined in four-color theorem) |
| fluid dynamics (defined in topic on computational physics) |
| Fluorescence correlation spectroscopy (defined in spectroscopy topics) |
| Fluorescence correlation spectroscopy (FCS) |
| Fluorescence correlation spectroscopy (FCS) (defined in Fluorescence cross-correlation spectroscopy (FCCS)) |
| fluorescence cross-correlation spectroscopy (defined in spectroscopy topics) |
| Fluorescence cross-correlation spectroscopy (FCCS) (defined in Fluorescence cross-correlation spectroscopy (FCCS)) |
| Fluorescence cross-correlation spectroscopy (FCCS) |
| fluorescence miscroscopy (defined in DNA molecular models) |
| flux (defined in stellar magnitude) |
| flux of vector field |
| FMR (defined in magnons) |
| Focal Depth |
| Fock representation of quantum free fields (defined in Haag theorem) |
| focused X-ray beams (defined in X-ray microscope) |
| formula (defined in ETAC) |
| Fortran (defined in topic on computational physics) |
| four-color theorem |
| Fourier series in complex form and Fourier integral |
| Fourier-Stieltjes algebra of a groupoid (defined in generalized Fourier transform) |
| Fourier-Stieltjes algebra of a groupoid |
| Fourier-Stieltjes integral (=generalized Fourier transform) |
| Fourier-Stieltjes integral (defined in generalized Fourier transform) |
| Fourier-Stieltjes transform (=generalized Fourier transform) |
| Fourier-Stieltjes transform (defined in generalized Fourier transform) |
| Fourier transforms (defined in generalized Fourier and measured groupoid transforms) |
| four thermodynamic laws, the (defined in principles of thermodynamics) |
| FRAP (defined in spectroscopy areas) |
| FRAP (defined in spectroscopy topics) |
| Free Encyclopedia from PM books |
| free fall acceleration example (=penny falling from Empire State Building) |
| free particle wave equation (=wave equation of a free particle) |
| Fresnel equations (defined in spectroscopy topics) |
| Fresnel formulae |
| Fresnel formulae result |
| Fresnel formulas (=Fresnel formulae) |
| Fresnel integrals |
| Fresnel plate lens (defined in X-ray microscope) |
| FRET (defined in spectroscopy areas) |
| FRET (defined in DNA molecular models) |
| FRET (defined in spectroscopy topics) |
| friction |
| frictionless inclined plane |
| Frobenius method |
| FT (=generalized Fourier and measured groupoid transforms) |
| FT (=table of Fourier and generalized transforms) |
| FT-IR (defined in table of Fourier and generalized transforms) |
| FT-NIR (defined in table of Fourier and generalized transforms) |
| FT-NMR (defined in nuclear magnetic resonance principles) |
| fully faithful functor |
| function (defined in relation theory) |
| functional biology (defined in symmetry and groupoid representations in functional biology) |
| functor (defined in functor category) |
| functor (defined in category theory) |
| functor categories, examples of |
| functor category |
| functor category (defined in category theory) |
| Functorial Algebraic Geometry and Physics |
| functorial geometry (defined in Functorial Algebraic Geometry and Physics) |
| functorial representations (defined in algebraic categories and representations of classes of algebras) |
| functor representation (defined in categorical algebra) |
| fundamental absorption (defined in principles of NIR spectroscopy) |
| fundamental class (defined in derivation of cohomology group theorem) |
| fundamental cohomology theorem (=derivation of cohomology group theorem) |
| fundamental cohomology theorem (=cohomology group theorem) |
| fundamental cohomology theorem (defined in derivation of cohomology group theorem) |
| fundamental complexity diagrams |
| fundamental crossed complex (defined in generalized Van Kampen theorems (HD-GVKT) -- higher dimensional) |
| fundamental formulas (defined in fundamental formulas of physics: categories) |
| fundamental formulas of physics: categories |
| fundamental group (defined in generalized Van Kampen theorems (HD-GVKT) -- higher dimensional) |
| fundamental group (defined in algebraic topology) |
| fundamental group (defined in non-Abelian algebraic topology) |
| fundamental group functor (defined in homotopy category) |
| fundamental groupoid (defined in algebraic topology) |
| fundamental groupoid functor (defined in fundamental groupoid functors in quantum theories) |
| fundamental groupoid functor (defined in fundamental groupoid functors) |
| fundamental groupoid functor (defined in algebraic topology) |
| fundamental groupoid functors |
| fundamental groupoid functors in quantum theories |
| fundamental groups (defined in homotopy category) |
| fundamental groups (defined in Van Kampen Theorem for groups and groupoids) |
| Fundamental physical concepts |
| fundamental physical concepts (defined in Fundamental physical concepts) |
| fundamental physics concepts (defined in Axioms of Physics) |
| fundamental physics concepts (defined in Fundamental physical concepts) |
| fundamental quantum groupoid |
| fundamentals of nuclear physics |
| fundamentals of physics (=Axioms of Physics) |
| fundamental theorem of integral calculus |
| fusion of theoretical physics with mathematics at IHES org |
| fusion power (defined in fundamentals of nuclear physics) |
| fuzzy automaton (defined in category of automata) |
| fuzzy logics of living organisms |
| $\mathcal{F}_{Qc}$ (defined in Haag theorem) |