List of lemmas (original) (raw)
This following is a list of lemmas (or, "lemmata", i.e. minor theorems, or sometimes intermediate technical results factored out of proofs). See also list of axioms, list of theorems and list of conjectures.
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dbo:abstract | This following is a list of lemmas (or, "lemmata", i.e. minor theorems, or sometimes intermediate technical results factored out of proofs). See also list of axioms, list of theorems and list of conjectures. * Abel's lemma (mathematical series) * Abhyankar's lemma (algebraic geometry) * Archimedes's lemmas (euclidean geometry) * Artin–Rees lemma (commutative algebra) * Aubin–Lions lemma * Barbalat's lemma (dynamical systems) * Berge's lemma (graph theory) * Bézout's lemma (number theory) * Bhaskara's lemma (Diophantine equations) * Borel's lemma (partial differential equations) * Borel–Cantelli lemma (probability theory) * Bramble–Hilbert lemma (numerical analysis) * Burnside's lemma also known as the Cauchy–Frobenius lemma (group theory) * Céa's lemma (numerical analysis) * Closed map lemma (topology) * Cotlar–Stein lemma (functional analysis) * Cousin's lemma (integrals) * Covering lemma (set theory) * Craig interpolation lemma (mathematical logic) * Crossing lemma (knot theory, graph theory) * Danielson–Lanczos lemma (Fourier transforms) * Dehn's lemma (geometric topology) * Delta lemma (set theory) * Diagonal lemma (mathematical logic) * Dickson's lemma (combinatorics) * Doob–Dynkin lemma (probability theory) * Dwork's lemma (number theory) * Dynkin lemma (set theory) * Ehrling's lemma (functional analysis) * Ellis–Numakura lemma (topological semigroups) * Estimation lemma (contour integrals) * Euclid's lemma (number theory) * Expander mixing lemma (graph theory) * Factorization lemma (measure theory) * Farkas's lemma (linear programming) * Fatou's lemma (measure theory) * Fekete's lemma (mathematical analysis) * Feld–Tai lemma (electromagnetism) * Finsler's lemma (control theory) * Fitting lemma (abstract algebra) * Five lemma (homological algebra) * Fixed-point lemma for normal functions (axiomatic set theory) * Fodor's lemma (set theory) * Forking lemma (cryptography) * Frattini's lemma (finite groups) * Frostman's lemma (geometric measure theory) * Fundamental lemma (Langlands program) * Fundamental lemma of calculus of variations * Fundamental lemma of sieve theory (sieve theory) * Gauss's lemmas (polynomials | number theory | Riemannian geometry) * Glivenko–Cantelli lemma (statistics) * Gödel's diagonal lemma (mathematical logic) * Goursat's lemma (algebra) * Grönwall's inequality Grönwall's lemma (inequalities) * Handshaking lemma (graph theory) * Hartogs's lemma (several complex variables) * Hensel's lemma (commutative rings) * Higman's lemma (order theory) * Hopf lemma * Horseshoe lemma (homological algebra) * Hotelling's lemma (microeconomics) * Hua's lemma (analytic number theory) * Injective test lemma (homological algebra) * Itô's lemma (stochastic calculus) * Johnson–Lindenstrauss lemma (Euclidean geometry) * Jónsson's lemma * Jordan's lemma (complex analysis) * Kac's lemma (ergodic theory) * Kalman–Yakubovich–Popov lemma (system analysis, control theory) * Kelly's lemma (graph theory) * Knaster–Kuratowski–Mazurkiewicz lemma (fixed-point theory) * Kőnig's lemma (graph theory) * Kronecker's lemma (infinite sums) * Krull's separation lemma * Lax–Milgram lemma (differential equations) * Lebesgue's number lemma (dimension theory) * Leftover hash lemma (cryptography) * Lindelöf's lemma (topology) * Lindenbaum's lemma (mathematical logic) * Little's lemma (queuing theory) * Littlewood–Offord lemma (combinatorics) * Lovász local lemma (probability theory) * Malliavin's absolute continuity lemma (measure theory) * Margulis lemma (hyperbolic geometry) * Matrix determinant lemma (matrix theory) * Matrix inversion lemma * Mautner's lemma (representation theory) * Morse lemma (differential topology) * Moschovakis coding lemma (set theory) * Mostowski collapse lemma (mathematical logic) * Nakayama lemma (commutative algebra) * Newman's lemma (term rewriting) * Neyman–Pearson lemma (statistics) * Nine lemma (homological algebra) * Noether's normalization lemma (commutative algebra) * Ogden's lemma (formal languages) * Ping-pong lemma (geometric group theory) * Piling-up lemma (linear cryptanalysis) * Poincaré lemma of closed and exact differential forms (differential forms) * Pólya–Burnside lemma * Prime avoidance lemma * Pugh's closing lemma * Pumping lemma (formal languages) sometimes called the Bar-Hillel lemma * Rasiowa–Sikorski lemma (set theory) * Riemann–Lebesgue lemma (harmonic analysis) * Riesz's lemma (functional analysis) * Robbins lemma (statistics) * Sard's lemma (mathematical analysis, singularity theory) * Schanuel's lemma (projective modules) * Schreier's subgroup lemma (group theory) * Schur's lemma (representation theory) * Schwarz lemma (complex analysis) * Schwartz–Zippel lemma (polynomials) * Shadowing lemma (geometry) * Shephard's lemma (microeconomics) * Short five lemma (homological algebra) * Siegel's lemma (Diophantine approximation) * Snake lemma (homological algebra) * Sperner's lemma (combinatorics) * Splitting lemma (homological algebra) * Stechkin's lemma (functional and numerical analysis) * Stein's lemma (probability theory) * Stewart–Walker lemma (tensors) * Switching lemma (computational complexity theory) * Szemerédi regularity lemma (graph theory) * Tube lemma (topology) * Tukey's lemma (metamathematics) also known as the Teichmüller–Tukey lemma * Ultrafilter lemma (order theory) * Urysohn's lemma (general topology) * Vaughan's lemma (analytic number theory) * Vitali covering lemma (real analysis) * Wald's lemma (probability theory) * Watson's lemma * Weyl's lemma (Laplace equation) (partial differential equations) * Whitehead's lemma (Lie algebras) * Yao's XOR lemma (cryptography) * Yoneda lemma, (category theory) * Zassenhaus lemma (group theory) * Zolotarev's lemma (number theory) * Zorn's lemma also known as the Kuratowski–Zorn lemma (set theory) (en) Cet article est une liste de lemmes. En mathématiques, un lemme est un énoncé prouvé, mais jugé moins important que ce qu'on appelle un théorème, qu'il sert généralement à établir au cours d'une démonstration. Cette terminologie reste cependant subjective et relative à l'histoire d'une discipline. Pour l'établissement de l'ordre alphabétique, il a été convenu ce qui suit : * si le nom des lemmes comprend des noms de scientifiques, on se base sur le premier nom propre cité ; * si le nom du lemme ne comprend pas de nom de scientifiques, on se base sur le premier nom commun apparaissant en dehors du mot « lemme ». (fr) |
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rdfs:comment | This following is a list of lemmas (or, "lemmata", i.e. minor theorems, or sometimes intermediate technical results factored out of proofs). See also list of axioms, list of theorems and list of conjectures. (en) Cet article est une liste de lemmes. En mathématiques, un lemme est un énoncé prouvé, mais jugé moins important que ce qu'on appelle un théorème, qu'il sert généralement à établir au cours d'une démonstration. Cette terminologie reste cependant subjective et relative à l'histoire d'une discipline. Pour l'établissement de l'ordre alphabétique, il a été convenu ce qui suit : (fr) | |
rdfs:label | Liste de lemmes (fr) List of lemmas (en) | |
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