While traveling downtown today, I came across a sign near a local church, with a quotation of Saint-Exupéry:
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Keywords
Subnormal ideal unbounded function regressive Souslin tree Cardinal function Subadditive Greatly Mahlo Non-saturation Chang's conjecture Poset Axiom R indecomposable ultrafilter nonmeager set Souslin Tree Selective Ultrafilter Erdos-Hajnal graphs P-Ideal Dichotomy Was Ulam right Local Club Condensation. Lipschitz reduction Forcing Axioms Strongly Luzin set Prikry-type forcing ccc projective Boolean algebra Aronszajn tree Successor of Regular Cardinal Nonspecial tree Closed coloring S-Space Reduced Power Cohen real stationary reflection Rado's conjecture ZFC construction square coloring number Antichain Diamond for trees stick Singular cofinality Slim tree Precaliber Ascent Path SNR PFA higher Baire space Singular cardinals combinatorics Amenable C-sequence Rock n' Roll Uniformization Weakly compact cardinal very good scale Commutative cancellative semigroups Ulam matrix strongly bounded groups Almost countably chromatic Fodor-type reflection polarized partition relation Sierpinski's onto mapping principle O-space PFA(S)[S] GMA Foundations OCA Filter reflection Analytic sets Martin's Axiom Constructible Universe Diamond Well-behaved magma Generalized Clubs Hindman's Theorem sap AIM forcing Successor of Singular Cardinal Ineffable cardinal Dowker space Luzin set Jonsson cardinal countably metacompact 54G20 Hereditarily Lindelöf space Subtle cardinal Distributive tree L-space xbox Subtle tree property tensor product graph free Souslin tree Coherent tree Square-Brackets Partition Relations Small forcing Absoluteness Uniformly coherent Minimal Walks square principles Hedetniemi's conjecture specializable Souslin tree super-Souslin tree Parameterized proxy principle club_AD Forcing Uniformly homogeneous Ramsey theory over partitions Generalized descriptive set theory Ostaszewski square Sigma-Prikry Strong coloring incompactness Iterated forcing free Boolean algebra weak diamond weak Kurepa tree full tree Universal Sequences Mandelbrot set positive partition relation Sakurai's Bell inequality Knaster and friends middle diamond Whitehead Problem Almost-disjoint family Chromatic number Almost Souslin b-scale Prevalent singular cardinals Club Guessing Open Access Singular Density Erdos Cardinal Fat stationary set Dushnik-Miller HOD reflection principles Shelah's Strong Hypothesis approachability ideal Fast club Postprocessing function Kurepa Hypothesis Large Cardinals Partition Relations Vanishing levels weak square Reflecting stationary set stationary hitting Diamond-sharp C-sequence diamond star transformations Microscopic Approach Rainbow sets Knaster Cardinal Invariants
I guess my spirit is pretty ruined then.