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CONSTRUCTIVE PROOF

  • Constructive proof
  • Method of proof in mathematics

    In mathematics, a constructive proof is a method of proof that demonstrates the existence of a mathematical object by creating or providing a method for

    Constructive proof

    Constructive_proof

  • Constructivism (philosophy of mathematics)
  • Philosphical view that existence proofs must be constructive

    assumption. Such a proof by contradiction might be called non-constructive, and a constructivist might reject it. The constructive viewpoint involves

    Constructivism (philosophy of mathematics)

    Constructivism_(philosophy_of_mathematics)

  • Cantor's first set theory article
  • First article on transfinite set theory

    Both constructive and non-constructive proofs have been presented as "Cantor's proof." The popularity of presenting a non-constructive proof has led

    Cantor's first set theory article

    Cantor's first set theory article

    Cantor's_first_set_theory_article

  • Chinese remainder theorem
  • About simultaneous modular congruences

    n_{1}\cdots n_{k}} is large. The third one uses the existence proof given in § Existence (constructive proof). It is the most convenient when the product n 1 ⋯ n

    Chinese remainder theorem

    Chinese remainder theorem

    Chinese_remainder_theorem

  • Cantor's diagonal argument
  • Proof in set theory

    binary digits (i.e. each digit is zero or one). He begins with a constructive proof of the following lemma: If s1, s2, ... , sn, ... is any enumeration

    Cantor's diagonal argument

    Cantor's diagonal argument

    Cantor's_diagonal_argument

  • Law of excluded middle
  • Logical principle

    Brouwer reduced the debate to the use of proofs designed from "negative" or "non-existence" versus "constructive" proof: According to Brouwer, a statement that

    Law of excluded middle

    Law_of_excluded_middle

  • Constructive logic
  • Constructive logic is a family of logics where proofs must be constructive (i.e., proving something means one must build or exhibit it, not just argue

    Constructive logic

    Constructive_logic

  • Square root of 2
  • Unique positive real number which when multiplied by itself gives 2

    yielding a direct proof of irrationality in its constructively stronger form, not relying on the law of excluded middle. This proof constructively exhibits an

    Square root of 2

    Square root of 2

    Square_root_of_2

  • Lovász local lemma
  • Probability theorem on no events occurring

    60th birthday). Vol. II. North-Holland. pp. 609–627. Moser, Robin A. (2008). "A constructive proof of the Lovasz Local Lemma". arXiv:0810.4812 [cs.DS].

    Lovász local lemma

    Lovász_local_lemma

  • Mathematical proof
  • Reasoning for mathematical statements

    the form of a proof by contradiction in which the nonexistence of the object is proved to be impossible. In contrast, a constructive proof establishes that

    Mathematical proof

    Mathematical proof

    Mathematical_proof

  • Non-constructive algorithm existence proofs
  • vast majority of positive results about computational problems are constructive proofs, i.e., a computational problem is proved to be solvable by showing

    Non-constructive algorithm existence proofs

    Non-constructive_algorithm_existence_proofs

  • Proof theory
  • Branch of mathematical logic

    techniques from recursion theory as well as proof theory. Functional interpretations are interpretations of non-constructive theories in functional ones. Functional

    Proof theory

    Proof_theory

  • Intuitionistic logic
  • Various systems of symbolic logic

    used for classical logic by more closely mirroring the notion of constructive proof. In particular, systems of intuitionistic logic do not assume the

    Intuitionistic logic

    Intuitionistic_logic

  • Proof of impossibility
  • Category of mathematical proof

    another fifth power: 275 + 845 + 1105 + 1335 = 1445. Proof by counterexample is a form of constructive proof, in that an object disproving the claim is exhibited

    Proof of impossibility

    Proof_of_impossibility

  • Puiseux series
  • Power series with rational exponents

    solution of the equation can be expressed as a Puiseux series. Moreover, the proof provides an algorithm for computing these Puiseux series, and, when working

    Puiseux series

    Puiseux series

    Puiseux_series

  • Constructive set theory
  • Axiomatic set theories based on the principles of mathematical constructivism

    statement. The difference is that the constructive proofs are harder to find. In set theory, a restriction to the constructive reading of existence apriori leads

    Constructive set theory

    Constructive_set_theory

  • Irrational number
  • Number that is not a ratio of integers

    integers and therefore a rational number. Dov Jarden gave a simple non-constructive proof that there exist two irrational numbers a and b, such that ab is rational:

    Irrational number

    Irrational number

    Irrational_number

  • Rocq
  • Proof assistant

    automation routines and extraction of a certified program from the constructive proof of its formal specification. Rocq works within the theory of the calculus

    Rocq

    Rocq

    Rocq

  • Brouwer fixed-point theorem
  • Theorem in topology

    and Brouwer found a different proof in the same year. Since these early proofs were all non-constructive indirect proofs, they ran contrary to Brouwer's

    Brouwer fixed-point theorem

    Brouwer_fixed-point_theorem

  • Existence theorem
  • Theorem which asserts the existence of an object

    theoretical if the proof given for it does not indicate a construction of the object whose existence is asserted. Such a proof is non-constructive, since the

    Existence theorem

    Existence theorem

    Existence_theorem

  • Tucker's lemma
  • Combinatorial analog of the Borsuk-Ulam theorem

    but with opposite signs. The first proofs were non-constructive, by way of contradiction. Later, constructive proofs were found, which also supplied algorithms

    Tucker's lemma

    Tucker's lemma

    Tucker's_lemma

  • Kőnig's theorem (graph theory)
  • On bipartite matching and vertex cover

    size of a matching equals the smallest size of a vertex cover. The constructive proof described above provides an algorithm for producing a minimum vertex

    Kőnig's theorem (graph theory)

    Kőnig's theorem (graph theory)

    Kőnig's_theorem_(graph_theory)

  • Existential quantification
  • Mathematical use of "there exists"

    n=25} . The mathematical proof of an existential statement about "some" object may be achieved either by a constructive proof, which exhibits an object

    Existential quantification

    Existential_quantification

  • Bernstein polynomial
  • Type of polynomial used in Numerical Analysis

    Bernstein. Polynomials in this form were first used by Bernstein in a constructive proof of the Weierstrass approximation theorem. With the advent of computer

    Bernstein polynomial

    Bernstein polynomial

    Bernstein_polynomial

  • Lie's third theorem
  • Theorem in the mathematics of Lie's theory

    A different geometric proof was discovered in 2000 by Duistermaat and Kolk. Unlike the previous ones, it is a constructive proof: the integrating Lie group

    Lie's third theorem

    Lie's_third_theorem

  • Consensus (computer science)
  • Concept in computer science

    Bisping, Benjamin; et al. (2016), "Mechanical Verification of a Constructive Proof for FLP", in Blanchette, Jasmin Christian; Merz, Stephan (eds.), Interactive

    Consensus (computer science)

    Consensus_(computer_science)

  • Mohr–Mascheroni theorem
  • Theorem in Euclidean geometry

    Theorem until Mohr's work was rediscovered. Several proofs of the result are known. Mascheroni's proof of 1797 was generally based on the idea of using reflection

    Mohr–Mascheroni theorem

    Mohr–Mascheroni_theorem

  • P versus NP problem
  • Unsolved problem in computer science

    A non-constructive proof might show a solution exists without specifying either an algorithm to obtain it or a specific bound. Even if the proof is constructive

    P versus NP problem

    P_versus_NP_problem

  • Poncelet–Steiner theorem
  • Universality of construction using just a straightedge and a single circle with center

    straightedge alone by describing their constructive steps in terms of the five basic constructions. Alternative proofs do exist for the Poncelet–Steiner theorem

    Poncelet–Steiner theorem

    Poncelet–Steiner theorem

    Poncelet–Steiner_theorem

  • Type theory
  • Mathematical theory of data types

    foundations are constructive, and this includes most of the ones used by proof assistants.[citation needed] It is possible to add non-constructive features to

    Type theory

    Type_theory

  • Fundamental theorem of algebra
  • Every polynomial has a real or complex root

    (1821). It contained Argand's proof, although Argand is not credited for it. None of the proofs mentioned so far is constructive. It was Weierstrass who raised

    Fundamental theorem of algebra

    Fundamental_theorem_of_algebra

  • Realizability
  • Mathematical methods

    logic, realizability is a collection of methods in proof theory used to study constructive proofs and extract additional information from them. Formulas

    Realizability

    Realizability

  • Gödel Prize
  • Computer science award

    ACM. 54 (3): 12–es. doi:10.1145/1236457.1236459. S2CID 53244523. "A constructive proof of the general Lovász Local Lemma". Journal of the ACM. 57 (2). 2010

    Gödel Prize

    Gödel Prize

    Gödel_Prize

  • Mathematical induction
  • Form of mathematical proof

    to a log-n-step loop. Because of that, proofs using prefix induction are "more feasibly constructive" than proofs using predecessor induction. Predecessor

    Mathematical induction

    Mathematical induction

    Mathematical_induction

  • Bijective proof
  • Technique for proving sets have equal size

    prescribed vertex degrees" – by Gilles Schaeffer. "Kathy O'Hara's Constructive Proof of the Unimodality of the Gaussian Polynomials" – by Doron Zeilberger

    Bijective proof

    Bijective_proof

  • Glossary of logic
  • rejecting non-constructive proofs such as those involving the law of excluded middle in its full generality. constructive proof A proof that demonstrates

    Glossary of logic

    Glossary_of_logic

  • Polynomial remainder theorem
  • On the remainder of division by x – r

    this formula, we obtain: f ( r ) = R . {\displaystyle f(r)=R.} A constructive proof—that does not involve the existence theorem of Euclidean division—uses

    Polynomial remainder theorem

    Polynomial_remainder_theorem

  • Gentzen's consistency proof
  • Mathematical logic concept

    arguments be of a constructive character, allowing us to deal with more general forms of inference. Gentzen's first version of his consistency proof was not published

    Gentzen's consistency proof

    Gentzen's_consistency_proof

  • Turing's proof
  • Proof by Alan Turing

    his use of the reductio ad absurdum form of proof. We must emphasize the "constructive" nature of this proof. Turing describes what could be a real machine

    Turing's proof

    Turing's_proof

  • Reverse mathematics
  • Branch of mathematical logic

    its definitions and methods are inspired by previous work in constructive analysis and proof theory. The use of second-order arithmetic also allows many

    Reverse mathematics

    Reverse_mathematics

  • Setoid
  • Mathematical construction of a set with an equivalence relation

    relation, or the equality on the quotient set). In proof theory, particularly the proof theory of constructive mathematics based on the Curry–Howard correspondence

    Setoid

    Setoid

  • Borsuk–Ulam theorem
  • Theorem in topology

    full exposition.) Freund, Robert M.; Todd, Michael J. (1982). "A constructive proof of Tucker's combinatorial lemma". Journal of Combinatorial Theory

    Borsuk–Ulam theorem

    Borsuk–Ulam theorem

    Borsuk–Ulam_theorem

  • David Hilbert
  • German mathematician (1862–1943)

    existence of such a set, it was not a constructive proof—it did not display "an object"—but rather, it was an existence proof and relied on use of the law of

    David Hilbert

    David Hilbert

    David_Hilbert

  • Law of thought
  • Logical principles

    used for classical logic by more closely mirroring the notion of constructive proof. In particular, systems of intuitionistic logic do not assume the

    Law of thought

    Law_of_thought

  • Approximation algorithm
  • Class of algorithms that find approximate solutions to optimization problems

    of approximation algorithm providing an additive guarantee is the constructive proof of Vizing’s theorem. It shows how to color the edges of an undirected

    Approximation algorithm

    Approximation_algorithm

  • Magic hexagon
  • Arrangement of numbers

    unique up to reflections and rotations. Meng gives a less intricate constructive proof. The order-3 magic hexagon with numbers 1 through 19 and magic sum

    Magic hexagon

    Magic hexagon

    Magic_hexagon

  • Probability distribution of extreme points of a Wiener stochastic process
  • and a sketch of its proof appears in work of H. J. Kusher (appendix 3, page 106) published in 1964. a detailed constructive proof appears in work of Dario

    Probability distribution of extreme points of a Wiener stochastic process

    Probability_distribution_of_extreme_points_of_a_Wiener_stochastic_process

  • Craig interpolation
  • Theorem in mathematical logic

    and a positive occurrence in some formula of T. We present here a constructive proof of the Craig interpolation theorem for propositional logic. Theorem—

    Craig interpolation

    Craig_interpolation

  • Separable space
  • Topological space with a dense countable subset

    numerical analysis and constructive mathematics, since many theorems that can be proved for nonseparable spaces have constructive proofs only for separable

    Separable space

    Separable_space

  • Axiom of choice
  • Axiom of set theory

    Bridges, Constructive analysis, Springer-Verlag, 1985. Fred Richman, "Constructive mathematics without choice", in: Reuniting the Antipodes—Constructive and

    Axiom of choice

    Axiom of choice

    Axiom_of_choice

  • Kolmogorov–Arnold representation theorem
  • Multivariate functions can be written using univariate functions and summing

    Jürgen; Griebel, Michael (2009). "On a constructive proof of Kolmogorov's superposition theorem". Constructive Approximation. 30 (3): 653–675. doi:10

    Kolmogorov–Arnold representation theorem

    Kolmogorov–Arnold_representation_theorem

  • Gleason's theorem
  • Theorem in quantum mechanics

    a proof that relies upon this principle will not be a constructive proof. However, the theorem can be reformulated in such a way that a constructive proof

    Gleason's theorem

    Gleason's_theorem

  • Bounded mean oscillation
  • Real-valued function

    {\displaystyle H^{1}} , in the noted paper Fefferman & Stein 1972: a constructive proof of this result, introducing new methods and starting a further development

    Bounded mean oscillation

    Bounded_mean_oscillation

  • Mathematical Treatise in Nine Sections
  • 1247 Chinese text by Qin Jiushao

    describing Chinese Remainder Theorem for the first time and providing a constructive proof for it, the text investigated: Indeterminate equations "Linglong method"

    Mathematical Treatise in Nine Sections

    Mathematical Treatise in Nine Sections

    Mathematical_Treatise_in_Nine_Sections

  • Euclidean geometry
  • Mathematical model of the physical space

    nonconstructive proofs just as sound as constructive ones, they are often considered less elegant, intuitive, or practically useful. Euclid's constructive proofs often

    Euclidean geometry

    Euclidean geometry

    Euclidean_geometry

  • Constructive dismissal
  • Legal concept regarding termination of employment

    to another employee without reason or explanation The burden of proof in constructive dismissal cases lies with the employee. The Equal Employment Opportunity

    Constructive dismissal

    Constructive_dismissal

  • Hilbert's basis theorem
  • Polynomial ideals are finitely generated

    use of non-constructive methods. For example, the basis theorem asserts that every ideal has a finite generator set, but the original proof does not provide

    Hilbert's basis theorem

    Hilbert's_basis_theorem

  • Hilbert's Nullstellensatz
  • Relation between algebraic varieties and polynomial ideals

    following constructive proof of the weak form is one of the oldest proofs (the strong form results from the Rabinowitsch trick, which is also constructive). The

    Hilbert's Nullstellensatz

    Hilbert's_Nullstellensatz

  • Erdős–Gallai theorem
  • Description of degree sequences of graphs

    Amitabha; Venugopalan, Sushmita; West, Douglas B. (2010), "A short constructive proof of the Erdős–Gallai characterization of graphic lists", Discrete Mathematics

    Erdős–Gallai theorem

    Erdős–Gallai_theorem

  • Polynomial interpolation
  • Form of interpolation

    value p(a) with complexity O(n2). The Bernstein form was used in a constructive proof of the Weierstrass approximation theorem by Bernstein and has gained

    Polynomial interpolation

    Polynomial_interpolation

  • Stone–Weierstrass theorem
  • Mathematical theorem in the study of analysis

    supremum norm ‖f − p‖ < ε. The page for Bernstein polynomials outlines a constructive proof of the above theorem. For differentiable functions, Jackson's inequality

    Stone–Weierstrass theorem

    Stone–Weierstrass_theorem

  • Stephen Cook
  • American-Canadian computer scientist, contributor to complexity theory

    activities in computer science for the last decade. In his "Feasibly Constructive Proofs and the Propositional Calculus" paper published in 1975, he introduced

    Stephen Cook

    Stephen Cook

    Stephen_Cook

  • Reductio ad absurdum
  • Argument that leads to a logical absurdity

    Bishop, Errett 1967. Foundations of Constructive Analysis, New York: Academic Press. ISBN 4-87187-714-0 "Proof By Contradiction". www2.edc.org. Retrieved

    Reductio ad absurdum

    Reductio ad absurdum

    Reductio_ad_absurdum

  • Game theory
  • Mathematical models of strategic interactions

    numbers, as well as combinatorial and algebraic (and sometimes non-constructive) proof methods to solve games of certain types, including "loopy" games

    Game theory

    Game_theory

  • Malgrange–Ehrenpreis theorem
  • original proofs of Malgrange and Ehrenpreis did not use explicit constructions as they used the Hahn–Banach theorem. Since then several constructive proofs have

    Malgrange–Ehrenpreis theorem

    Malgrange–Ehrenpreis_theorem

  • Solved game
  • Game whose outcome can be correctly predicted

    initial position, given perfect play on both sides . This can be a non-constructive proof (possibly involving a strategy-stealing argument) that need not actually

    Solved game

    Solved_game

  • Fourier series
  • Decomposition of periodic functions

    pointwise. The uniform boundedness principle yields a simple non-constructive proof of this fact. In 1922, Andrey Kolmogorov published an article titled

    Fourier series

    Fourier series

    Fourier_series

  • Sperner's lemma
  • Theorem on triangulation graph colorings

    2. The proof of the general case was first given by de Loera, Peterson, and Su in 2002. They provide two proofs: the first is non-constructive and uses

    Sperner's lemma

    Sperner's lemma

    Sperner's_lemma

  • Formal proof
  • Establishment of a theorem using inference from the axioms

    In logic and mathematics, a formal proof or derivation is a finite sequence of sentences (known as well-formed formulas when relating to formal language)

    Formal proof

    Formal_proof

  • Doron Zeilberger
  • Israeli mathematician

    Retrieved 29 September 2025. Zeilberger, Doron (1989). "Kathy O'Hara's constructive proof of the unimodality of the Gaussian polynomials". Amer. Math. Monthly

    Doron Zeilberger

    Doron Zeilberger

    Doron_Zeilberger

  • Proof without words
  • Mathematical proof expressed visually

    In mathematics, a proof without words (or visual proof) is an illustration of an identity or mathematical statement which can be demonstrated as self-evident

    Proof without words

    Proof without words

    Proof_without_words

  • List of probabilistic proofs of non-probabilistic theorems
  • via the probabilistic method. They are particularly used for non-constructive proofs. Normal numbers exist. Moreover, computable normal numbers exist

    List of probabilistic proofs of non-probabilistic theorems

    List_of_probabilistic_proofs_of_non-probabilistic_theorems

  • Mathematical object
  • assumption. Such a proof by contradiction might be called non-constructive, and a constructivist might reject it. The constructive viewpoint involves

    Mathematical object

    Mathematical object

    Mathematical_object

  • Constructive dilemma
  • Rule of inference of propositional logic

    P\lor R} " appear on lines of a proof, " Q ∨ S {\displaystyle Q\lor S} " can be placed on a subsequent line. The constructive dilemma rule may be written

    Constructive dilemma

    Constructive_dilemma

  • John von Neumann
  • Hungarian and American mathematician and physicist (1903–1957)

    are congruent by translation). His next paper dealt with giving a constructive proof without the axiom of choice that 2 ℵ 0 {\displaystyle 2^{\aleph _{0}}}

    John von Neumann

    John von Neumann

    John_von_Neumann

  • Contraposition
  • Mathematical logic concept

    its logically equivalent contrapositive, and an associated proof method known as § Proof by contrapositive. The contrapositive of a statement has its

    Contraposition

    Contraposition

  • Errett Bishop
  • American mathematician (1928–1983)

    {\displaystyle \mathbb {\mathbb {C} } ^{n}} , and a new proof of Remmert's proper mapping theorem. Constructive mathematics. Bishop became interested in foundational

    Errett Bishop

    Errett_Bishop

  • List of mathematical proofs
  • its original proof Mathematical induction and a proof Proof that 0.999... equals 1 Proof that 22/7 exceeds π Proof that e is irrational Proof that π is irrational

    List of mathematical proofs

    List_of_mathematical_proofs

  • Dependent type
  • Type whose definition depends on a value

    user can supply a constructive proof that a type is inhabited (i.e., that a value of that type exists) then a compiler can check the proof and convert it

    Dependent type

    Dependent_type

  • Optimal solutions for the Rubik's Cube
  • argument was not improved upon for many years. Also, it is not a constructive proof: it does not exhibit a concrete position that needs this many moves

    Optimal solutions for the Rubik's Cube

    Optimal solutions for the Rubik's Cube

    Optimal_solutions_for_the_Rubik's_Cube

  • Consistency
  • Non-contradiction of a theory

    complete. A consistency proof is a mathematical proof that a particular theory is consistent. The early development of mathematical proof theory was driven

    Consistency

    Consistency

  • Proof complexity
  • Field in logic and theoretical computer science

    Theory of Computing. pp. 517–526. Cook, Stephen (1975). "Feasibly constructive proofs and the propositiona calculus". Proceedings of the 7th Annual ACM

    Proof complexity

    Proof_complexity

  • Resolution of singularities
  • Concept in algebraic geometry

    S2CID 122056627 Bierstone, Edward; Milman, Pierre D. (1991), "A simple constructive proof of Canonical Resolution of Singularities", in Mora, T.; Traverso,

    Resolution of singularities

    Resolution of singularities

    Resolution_of_singularities

  • Mathematical logic
  • Subfield of mathematics

    into four areas: set theory model theory recursion theory, and proof theory and constructive mathematics (considered as parts of a single area). Additionally

    Mathematical logic

    Mathematical_logic

  • Black hole information paradox
  • Puzzle of disappearance of information in a black hole

    Masaki; Warner, Nicholas P. (May 2015). "Habemus Superstratum! A constructive proof of the existence of superstrata". Journal of High Energy Physics.

    Black hole information paradox

    Black hole information paradox

    Black_hole_information_paradox

  • Vizing's theorem
  • On coloring the edges of graphs

    1016/j.dam.2010.06.019, MR 2679785 Misra, J.; Gries, David (1992), "A constructive proof of Vizing's Theorem", Information Processing Letters, 41 (3): 131–133

    Vizing's theorem

    Vizing's theorem

    Vizing's_theorem

  • Gödel's incompleteness theorems
  • Limitative results in mathematical logic

    undefinability theorem on the formal undefinability of truth, Church's proof that Hilbert's Entscheidungsproblem is unsolvable, and Turing's theorem

    Gödel's incompleteness theorems

    Gödel's_incompleteness_theorems

  • Entropy compression
  • be found in randomized polynomial time. Moser, Robin A. (2009), "A constructive proof of the Lovász local lemma", STOC'09—Proceedings of the 2009 ACM International

    Entropy compression

    Entropy_compression

  • MINLOG
  • Proof assistant program

    directly from proof terms. This also applies to non-constructive proofs, using a refined A-translation. The system is supported by automatic proof search and

    MINLOG

    MINLOG

  • Heyting arithmetic
  • Axiomatization of arithmetic

    result means that all Peano arithmetic theorems have a proof that consists of a constructive proof followed by a classical logical rewriting. Roughly, the

    Heyting arithmetic

    Heyting_arithmetic

  • Expander graph
  • Sparse graph with strong connectivity

    alternative construction of bipartite Ramanujan graphs. The original non-constructive proof was turned into an algorithm by Michael B. Cohen. Later the method

    Expander graph

    Expander_graph

  • Schur decomposition
  • Matrix factorisation in mathematics

    1 {\displaystyle H_{i}=QA_{i}Q^{-1}} is upper quasi-triangular. A constructive proof for the Schur decomposition is as follows: every operator A on a complex

    Schur decomposition

    Schur_decomposition

  • Halting problem
  • Problem in computer science

    [Hilbert] was only angry and frustrated, but then he began to try to deal constructively with the problem... Gödel himself felt—and expressed the thought in

    Halting problem

    Halting_problem

  • Haar measure
  • Left-invariant (or right-invariant) measure on locally compact topological group

    Sciences de Paris, 211: 759–762 Alfsen, E.M. (1963), "A simplified constructive proof of existence and uniqueness of Haar measure", Math. Scand., 12: 106–116

    Haar measure

    Haar_measure

  • Mergelyan's theorem
  • Theorem in complex analysis

    same problem. The method of the proof suggested by Mergelyan is constructive, and remains the only known constructive proof of the result.[citation needed]

    Mergelyan's theorem

    Mergelyan's_theorem

  • Jean Écalle
  • French mathematician (born 1947)

    5802/aif.1287 "Six Lectures on Transseries, Analytical Functions and the Constructive Proof of Dulac's Conjecture", in D. Schlomiuk's Bifurcations and Periodic

    Jean Écalle

    Jean_Écalle

  • Minimal logic
  • Symbolic logic system

    B.} This can be read as follows: Given a constructive proof of A ∨ B {\displaystyle A\lor B} and constructive rejection of A {\displaystyle A} , one unconditionally

    Minimal logic

    Minimal_logic

  • Philosophy of mathematics
  • In addition, some adherents of these schools reject non-constructive proofs, such as using proof by contradiction when showing the existence of an object

    Philosophy of mathematics

    Philosophy_of_mathematics

  • Schröder–Bernstein theorem
  • Theorem in set theory

    König's proof uses the principle of excluded middle to draw a conclusion through case analysis. As such, the above proof is not a constructive one. In

    Schröder–Bernstein theorem

    Schröder–Bernstein_theorem

  • Functional programming
  • Programming paradigm based on applying and composing functions

    intuitionistic type theory (also called constructive type theory), which associated functional programs with constructive proofs expressed as dependent types. This

    Functional programming

    Functional_programming

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Online names & meanings

  • Sudamsh
  • Boy/Male

    Hindu, Indian, Kannada, Marathi, Telugu

    Sudamsh

    Gold

  • Padma Priya
  • Girl/Female

    Hindu

    Padma Priya

    Lover of lotus

  • JAMSHAD
  • Male

    Iranian/Persian

    JAMSHAD

    Variant spelling of Persian Jamshid, possibly JAMSHAD means "shining river."

  • Sarjak
  • Boy/Male

    Indian

    Sarjak

    Developer

  • Wajdaan
  • Boy/Male

    Indian

    Wajdaan

    Thought, Imagination, Ecstasy, Mirth, Devotion

  • Tiyasha | தீயஷா
  • Girl/Female

    Tamil

    Tiyasha | தீயஷா

    Thirsty, Silver

  • Tanishi | தநீஷீ
  • Girl/Female

    Tamil

    Tanishi | தநீஷீ

    Goddess Durga

  • Srirenukha
  • Girl/Female

    Hindu, Indian

    Srirenukha

    Name of a Hindu Goddess

  • GUNILLA
  • Female

    Swedish

    GUNILLA

    Danish and Swedish variant form of Scandinavian Gunhild, GUNILLA means "war-battle."

  • AMIASAF
  • Male

    Hebrew

    AMIASAF

    (עַמִּיאָסָף) Hebrew name AMIASAF means "my people have been gathered in (reunited)."

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CONSTRUCTIVE PROOF

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CONSTRUCTIVE PROOF

  • Constructively
  • adv.

    In a constructive manner; by construction or inference.

  • Fabric
  • n.

    The act of constructing; construction.

  • Oppilative
  • a.

    Obstructive.

  • Construction
  • n.

    The method of construing, interpreting, or explaining a declaration or fact; an attributed sense or meaning; understanding; explanation; interpretation; sense.

  • Construction
  • n.

    The process or art of constructing; the act of building; erection; the act of devising and forming; fabrication; composition.

  • Constrictive
  • a.

    Serving or tending to bind or constrict.

  • Reconstructive
  • a.

    Reconstructing; tending to reconstruct; as, a reconstructive policy.

  • Vaulting
  • n.

    The act of constructing vaults; a vaulted construction.

  • Instructive
  • a.

    Conveying knowledge; serving to instruct or inform; as, experience furnishes very instructive lessons.

  • Constructive
  • a.

    Derived from, or depending on, construction or interpretation; not directly expressed, but inferred.

  • Architectonical
  • a.

    Pertaining to a master builder, or to architecture; evincing skill in designing or construction; constructive.

  • Edificant
  • a.

    Building; constructing.

  • Constructive
  • a.

    Having ability to construct or form; employed in construction; as, to exhibit constructive power.

  • Fabrication
  • n.

    The act of fabricating, framing, or constructing; construction; manufacture; as, the fabrication of a bridge, a church, or a government.

  • Extructive
  • a.

    Constructive.

  • Loring
  • n.

    Instructive discourse.

  • Constructure
  • n.

    That which is constructed or formed; an edifice; a fabric.

  • Astructive
  • a.

    Building up; constructive; -- opposed to destructive.

  • Obstructive
  • n.

    An obstructive person or thing.

  • Interpretative
  • a.

    According to interpretation; constructive.