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List of African-American mathematicians

From Wikipedia, the free encyclopedia

Part ofa series on
African Americans

The bestselling book and film,Hidden Figures, celebrated the contributions ofAfrican-American womenmathematicians during the space race and highlighted the barriers they faced in studying and pursuing careers in mathematics and related fields.[1] While Hidden Figures brought attention to these women, many other achievements by African Americans in mathematical sciences, research, education, and applied fields have also remained relatively unknown. Despite this, the community of African-American mathematicians has been growing. Between 2000 and 2015, African Americans represented approximately 4–6% of graduates majoring in mathematics and statistics in the United States.[2] This list catalogs Wikipedia articles on African Americans in mathematics, as well as early recipients of doctoral degrees in mathematics and mathematics education, books and studies about African-American mathematicians, and other major landmarks.

This is adynamic list and may never be able to satisfy particular standards for completeness. You can help byediting the page to add missing items, with references toreliable sources.

Historical landmarks

[edit]
Title page, Benjamin Banneker's 1792 Almanac
Howard University in 1868
David Blackwell, 1967

1792:Benjamin Banneker calculated planetary movements and predicted eclipses in his Almanac.[3]

1867:Howard University established its Department of Mathematics.[4]

1895:Joseph Carter Corbin, president of Branch Normal College (nowUniversity of Arkansas at Pine Bluff), published his first problem inAmerican Mathematical Monthly.[5]

1916:Dudley Weldon Woodard became a charter member of theMathematical Association of America (MAA).[5]

1925:Elbert Frank Cox was the first African-American awarded a doctoral degree in mathematics, fromCornell University.[6]

1929:Dudley Weldon Woodard was the first African-American mathematician known to publish in a mathematics journal,[7] with the article "On two-dimensional analysis situs with special reference to the Jordan curve-theorem" inFundamenta Mathematicae.[8]

1943:Euphemia Lofton Haynes was the first African-American woman to gain a doctoral degree in mathematics.[6]

1951: The MAA Board of Governors adopted a resolution to conduct their scientific and business meetings, and social gatherings "without discrimination as to race, creed, or color".[5]

1956:Gloria Ford Gilmer is believed to have been the first African-American woman to publish mathematical research, co-authoring an article inProceedings of the American Mathematical Society and another inPacific Journal of Mathematics.[9][10][11]

1969: 17 African-American mathematicians met in New Orleans, forming theNational Association of Mathematicians to "promote excellence in the mathematical sciences and to promote the mathematical development of under-represented American minorities".[12][13]

1973: MathematicianDavid Blackwell became the first African-American in any field to be elected to membership of the National Academy of Sciences.[14]

1976: Howard University established the first PhD program in mathematics at ahistorically black college or university under mathematics department chairJames Donaldson and professorJ. Ernest Wilkins Jr.[15]

1980: The Claytor Lecture – now the Claytor-Woodard Lecture in honor of William W S Claytor andDudley Weldon Woodard – was established at MAA.[12][16]

1982: Civil rights leader,Bob Moses (Student Nonviolent Coordinating Committee), used his MacArthur Fellowship to start theAlgebra Project, a national mathematics literacy program for high schools.[17]

1988: The MAA established a task force that led to the formation in 1990 of SUMMA, a program for the Strengthening of Underrepresented Minority Mathematics Achievement.[5][18]

Freeman Hrabowski, 2012
CAARMS, 1995
Hidden Figures screening atNMAAHC in 2016

1992: MathematicianFreeman Hrabowski became president of the University of Maryland.[19]

1994: The Blackwell Lecture was established for MAA meetings, jointly by MAA and NAM, as well as the NAM Wilkins Lecture and Bharucha-Reid Lecture.[12][20][21][22]

1995: The first CAARMS – Conference for African American Researchers in Mathematical Sciences – was held, to highlight the work of researchers and students and encourage the careers of under-represented groups in mathematics.[23] Proceedings are published by theAmerican Mathematical Society in its Contemporary Mathematics series.[24]

1997:Kathleen Adebola Okikiolu was the first African American awarded aSloan Research Fellowship andPresidential Early Career Award for Scientists and Engineers.[9]

1997Scott W. Williams produced the websiteMathematicians of the African Diaspora, a collection of African-American mathematicians, newsletter, and resources on Africans in mathematics. By early 2007 it had close to 5 million visitors.[25][26] The website has been cataloged by the Library of Congress.[27]

1999: The mathematics departments of the 25 highest-ranked universities in the US had more than 900 faculty members, of whom 4 were African-American.[7]

2003:Clarence F. Stephens was the first African-American to be honored with theMathematical Association of America's (MAA) most prestigious award, for Distinguished Service to Mathematics.[28]

2004: TheAssociation for Women in Mathematics (AWM) and MAA formally established the Etta Zuber Falconer Lecture.[29]

2015:Katherine Coleman Johnson received thePresidential Medal of Freedom.[30]

2016:Hidden Figures,[1] byMargot Lee Shetterley, was published, going on to win multiple awards and reach number 1 on theNew York Times bestseller list.[31] It tells the story of African-American women mathematicians atNASA during the space race.

2017: The film adaptation,Hidden Figures, was nominated for best movie at the Academy Awards, andKatherine Johnson makes an appearance at the ceremony.[32]

2020: The updated websiteMathematicians of the African Diaspora debuted in October. The new site is supported by theNational Association of Mathematicians (NAM) and the Educational Advancement Foundation (EAF).[33]

Doctoral degrees in mathematics

[edit]

The lists of doctoral degrees, including theDoctor of Philosophy (PhD) in mathematics andDoctor of Education (EdD), draw from these sources: Turner (1971),[34] Greene (1974),[35] Williams (1997),[36] Zeitz (2008),[37] Shakil (2010),[6] and the Mathematical Association of America.[38](Please add any further candidates for these lists here, or on the talk page.)

First men and women

[edit]

These are the first 12 known PhDs by African-American men and women in mathematics, in alphabetical order for years with multiple doctorate holders.

YearGenderPhotoNameAwardedDissertation titleRef.
1925(M)Portrait of Elbert CoxElbert Frank CoxCornell UniversityThe polynomial solutions of the difference equation af(x+1) + bf(x) = φ(x)[39]
1928(M)ExternalDudley Weldon WoodardUniversity of PennsylvaniaOn two-dimensional analysis situs with special reference to the Jordan Curve Theorem[40]
1933(M)ExternalWilliam Schieffelin ClaytorUniversity of PennsylvaniaTopological immersion of peanian continua in a spherical surface[41][42]
1934(M)ExternalWalter Richard TalbotUniversity of PittsburghFundamental regions in S6 for the simple quaternary G60, type I[43]
1938(M)ExternalReuben Roosevelt McDanielCornell UniversityApproximation to algebraic numbers by means of periodic sequences of transformations on quadratic forms[44]
1938(M)ExternalJoseph Alphonso PierceUniversity of MichiganA study of universe n finite populations with application to moment-function adjustments for grouped data[45][46]
1941(M)Portrait of David BlackwellDavid Harold BlackwellUniversity of IllinoisSome properties of Markoff chains[47]
1942(M)Robert ColemanColumbia UniversityThe development of informal geometry[48]
1942(M)Portrait of J. Ernest Wilkins, JrJesse Ernest WilkinsUniversity of ChicagoMultiple integral problems in parametric form in the calculus of variations[49][50]
1943(F)Portrait of Euphemia Lofton HaynesM. Euphemia Lofton HaynesCatholic University of AmericaDetermination of sets of independent conditions characterizing certain special cases of symmetric correspondences[51]
1944(M)ExternalJoseph James DennisNorthwestern UniversitySome points in the theory of positive definite J-fractions[52]
1944(M)ExternalWade EllisUniversity of MichiganOn relations satisfied by linear operators on a three dimensional linear vector space[53]
1944(M)ExternalClarence F. StephensUniversity of MichiganNonlinear difference equations analytic in a parameter[54][55]
1949(F)Evelyn Boyd GranvilleYale UniversityOn laguerre series in the complex domain[56]
1950(F)Marjorie Lee BrowneUniversity of MichiganStudies of oneparameter subgroups of certain topological and matrix groups[57]
1961(F)ExternalGeorgia Caldwell SmithUniversity of PittsburghSome results on the anticenter of a group[58]
1962(F)ExternalGloria Conyers HewittUniversity of WashingtonDirect and inverse limits of abstract algebras[59]
1965(F)Portrait of Thyrsa Frazier SvagerThyrsa Frazier SvagerOhio State UniversityOn the product of absolutely continuous transformations of measure spaces[60]
1966(F)Portrait of Vivienne Malone-MayesVivienne Malone-MayesUniversity of Texas at AustinA structure problem in asymptotic analysis[61]
1966(F)ExternalShirley Mathis McBayUniversity of GeorgiaThe homology theory of metabelian Lie algebras[62]
1966(F)ExternalEleanor Green Dawley JonesSyracuse UniversityAbelian groups and their endomorphism rings and the quasi-endomorphism of torsion free abelian groups[63]
1967(F)Portrait of Christine DardenGeraldine Claudette DardenSyracuse UniversityOn direct sums of cyclic groups[64]
1967(F)ExternalAnnie Marie Watkins GarrawayUniversity of California, BerkeleyStructure of some cocycles in analysis[65]

Doctoral degrees 1925 to 1975

[edit]

This list includes PhDs awarded toAfrican-Americans and to African immigrants by academic institutions in the United States.

Table key
Indicates first known African-American man or woman awarded a PhD at an academic institution
YearGenderNameAwarded byDissertation titleRef.
1925(M)Elbert Frank CoxCornell UniversityThe polynomial solutions of the difference equation af(x+1) + bf(x) = [Phi](x)[39]
1928(M)Dudley Weldon WoodardUniversity of PennsylvaniaOn two-dimensional analysis situs with special reference to the Jordan Curve Theorem[40]
1933(M)William Schieffelin ClaytorUniversity of PennsylvaniaTopological immersion of peanian continua in a spherical surface[41][42]
1934(M)Walter Richard TalbotUniversity of PittsburghFundamental regions in S6 for the simple quaternary G60, type I[43]
1938(M)Reubin Roosevelt McDanielCornell UniversityApproximation to algebraic numbers by means of periodic sequences of transformations on quadratic forms[44]
1938(M)Joseph Alphonso PierceUniversity of MichiganA study of universe n finite populations with application to moment-function adjustments for grouped data[45][46]
1941(M)David H. BlackwellUniversity of IllinoisSome properties of Markoff chains[47]
1942(M)Robert ColemanColumbia UniversityThe development of informal geometry[48]
1942(M)Jesse Ernest WilkinsUniversity of ChicagoMultiple integral problems in parametric form in the calculus of variations[49][50]
1943(F)M. Euphemia Lofton HaynesCatholic University of AmericaDetermination of sets of independent conditions characterizing certain special cases of symmetric correspondences[51]
1944(M)Joseph James DennisNorthwestern UniversitySome points in the theory of positive definite J-fractions[52]
1944(M)Wade EllisUniversity of MichiganOn relations satisfied by linear operators on a three dimensional linear vector space[53]
1944(M)Clarence F. StephensUniversity of MichiganNonlinear difference equations analytic in a parameter[54][55]
1945(M)Warren Hill BrothersUniversity of MichiganOn the solution of boundary value problems in hyperbolic differential equations[66]
1945(M)Jeremiah CertaineHarvard UniversityLattice-ordered groupoids and some related problems[67]
1949(F)Evelyn Boyd GranvilleYale UniversityOn laguerre series in the complex domain[56]
1950(F)Marjorie Lee BrowneUniversity of MichiganStudies of oneparameter subgroups of certain topological and matrix groups[57]
1951(M)George H. ButcherUniversity of PennsylvaniaAn extension of the sum theorem of dimension theory[68]
1953(M)Luna I. MishoeNew York UniversityOn the expansion of an arbitrary function in terms of the Eigenfunctions of a nonself adjoint differential system[69]
1953(M)Fred B. WrightUniversity of ChicagoIdeals in operator algebras[70]
1954(M)Charles Bernard Bell, JrUniversity of Notre DameStructures of measure spaces[71]
1955(M)Vincent V. McCraeCatholic University of AmericaOn the unitary similarity of matrices[72]
1955(M)Abdulalim A. ShabazzCornell UniversityOn the distribution of eigenvalues of [Integral sign]a̳-a̳a(s-t)[phi](t)dt=p[[integral sign]a̳-a̳b(s-t)[phi](t)dt+[eta][phi](s)][73]
1956(M)Lloyd K. WilliamsUniversity of California, BerkeleyOn separating transcendency bases[74]
1957(M)Elgy S. JohnsonCatholic University of AmericaProperties of solutions of nonlinear differential equations[75]
1957(M)John Quill Taylor KingUniversity of TexasA statistical analysis of the economic aspects of nineteen Protestant church-related colleges in Texas[76]
1959(M)Israel Everett GloverOklahoma State UniversityOn analytic functions having as singular sets certain closed and bounded sets[77]
1959(M)Laurence Raymond Harper JrUniversity of ChicagoSome properties of partially stable algebras[78]
1960(M)Charles Gladstone CostleyUniversity of IllinoisSingular nonlinear integral equation with complex valued kernels of type N[79]
1960(M)Beauregard StubblefieldUniversity of MichiganSome compact product spaces which cannot be imbedded in euclidean n-space[80]
1961(M)Jesse Paul ClayUniversity of PennsylvaniaProximity and equicontinuity in transformation groups[81]
1961(M)Rogers Joseph NewmanUniversity of MichiganCapacity and Tchebycheff polynomials[82]
1961(F)Georgia Caldwell SmithUniversity of PittsburghSome results on the anticenter of a group[58]
1962(F)Gloria Conyers HewittUniversity of WashingtonDirect and inverse limits of abstract algebras[59]
1962(M)Robert Oreece AbernathyUniversity of California, BerkeleyOn singular fourth order elliptic partial differential equations[83]
1962(M)John Henry BennettHarvard UniversityTruncation errors in numerical solutions of the transport equation[84]
1962(M)Socrates Walter SaundersUniversity of PittsburghAnalytic continuation by certain product-summability methods[85]
1962(M)Theodore Roosevelt SykesPennsylvania State UniversityOn a generalization of orthogonal polynomials[86]
1963(M)Joseph BattleUniversity of MichiganImbedding of graphs in orientable 2-manifolds[87]
1963(M)Simmie Samuel BlakneyUniversity of IllinoisLusin's theorem in metric theory[88]
1963(M)Earl Owen EmbreeUniversity of IllinoisA class of linear differential equations involving distributions[89]
1963(M)William Andrew McWorterOhio State UniversityPhi algebras[90]
1964(F)Mary Rodriguez EmbryUniversity of North CarolinaSubspaces associated with contractions in Hilbert space[91]
1964(M)Alfred D. StewartUniversity of TexasOn the Abel equation in n-dimensions, n ≥ 2[92][93]
1965(F)Thyrsa Frazier SvagerOhio State UniversityOn the product of absolutely continuous transformations of measure spaces[60]
1965(M)James Ashley DonaldsonUniversity of IllinoisIntegral representations of the extended airy integral type for the modified Bessel function[94]
1966(M)William Thomas FletcherUniversity of IdahoOn the decomposition of associative algebras of prime characteristic[95]
1966(F)Vivienne Malone-MayesUniversity of Texas at AustinA structure problem in asymptotic analysis[61]
1966(F)Shirley Mathis McBayUniversity of GeorgiaThe homology theory of metabelian Lie algebras[62]
1966(F)Eleanor Green Dawley JonesSyracuse UniversityAbelian groups and their endomorphism rings and the quasi-endomorphism of torsion free abelian groups[63]
1966(M)Harvey T. BanksPurdue UniversityOptimal control problems with delay[96]
1966(M)John Albert EwellUniversity of California, Los AngelesOn the determination of sets by sets of sums of fixed order[97]
1966(M)Charles Edward MorrisUniversity of IllinoisNormal subgroups of the sympletic group on a countably infinite dimensional vector space[98]
1967(F)Geraldine Claudette DardenSyracuse UniversityOn direct sums of cyclic groups[64]
1967(F)Annie Marie Watkins GarrawayUniversity of California, BerkeleyStructure of some cocycles in analysis[65]
1967(M)Llayron Leon ClarksonUniversity of TexasA theorem concerning product integrals[99]
1967(M)Lloyd A. DemetriusUniversity of ChicagoStructural organization in cellular systems: a mathematical approach[100]
1967(M)Samuel Horace DouglasOklahoma State UniversityConvexity lattices related to topological lattices and incidence geometries[101]
1967(M)Melvin HeardPurdue UniversityLinear functional differential equation of neutral type[102]
1967(M)Ralph Brooks TurnerBrown UniversityLow Reynolds number flow of particulate fluids[103]
1968(F)M. Lovenia DeConge-WatsonSt. Louis University2-normed lattices and 2-metric spaces[104]
1968(M)John Chukwuemeka AmazigoHarvard UniversityBuckling under axial compression of long cylindrical shells with random axisymmetric imperfections[105]
1968(M)Earl Russell BarnesUniversity of MarylandThe optimal control of systems with distributed parameters[106]
1968(M)Milton Andrew GordonIllinois Institute of TechnologyOn a class of degree one algebras[107]
1968(M)Phillip Eugene McNeilPennsylvania State UniversityThe structure of certain semigroups with two idempotents[108]
1968(M)Wilbur Lee SmithPennsylvania State UniversityOn infinite product measures and semi-regular measures[109]
1968(M)Donald Frank St MaryUniversity of NebraskaOscillation and comparison theorems for second order linear differential equation[110]
1968(M)Donald Derrick WeddingtonUniversity of Miamik-Spaces[111]
1968(M)James Harris WhiteUniversity of MinnesotaSelf-linking and the Gauss integral in higher dimensions[112]
1969(F)Etta Zuber FalconerEmory UniversityQuasigroup identities invariant under isotopy[113]
1969(M)Raymond Lewis JohnsonRice UniversityA priori estimates and unique continuation theorems for second order parabolic equations[114]
1969(M)Robert S. SmithPennsylvania State University(Title not identified)[115]
1969(M)James Ernie WarnerCase Western UniversityAsymptotic properties of multivariate permutation tests with applications to signal detection[116]
1969(M)Scott Warner WilliamsLehigh UniversityThe transfinite cardinal covering dimension[117]
1970(M)Japheth HallUniversity of AlabamaOn the theory of structures in sets[118]
1970(M)Guy Theodore HoganOhio State UniversityVariations on the Hp problem for finite p-groups[119]
1970(M)Lonnie Williams KeithKansas State UniversityNearly distribution-free tests for equal variances in two populations when the means are unknown[120]
1970(M)Sonde Ndubeze NwankpaMichigan State UniversityGeneralized Sylvester Gallai configurations[121]
1971(F)Dolores Margaret Richard SpikesLouisiana State UniversitySemi-valuations and groups of divisibility[122]
1971(M)Orville Edward KeanUniversity of PennsylvaniaAbstract horn theories[123]
1971(M)Nguthu John MutioSyracuse UniversityFrobenius groups[124]
1971(M)Eddie Robert WilliamsColumbia UniversityThe Poincaré lemma with estimates[125]
1970(M)Nathan Frank SimmsLehigh UniversityStable homotopy in Frobenius categories[126]
1971(M)Charles Dwight LahrSyracuse UniversityApproximate identities and multipliers for certain convolution measure algebras[127]
1972(M)Ethelbert Nwakuche ChukwuCase Western UniversitySymmetries and identification of linear control systems[128]
1972(M)Oscar Henry CrinerUniversity of California, BerkeleyRegularity properties of the solutions of the two dimensional Lagrangian problem and the Lagrangiah multiplier[129]
1972(M)Christopher Olutunde ImoruNorthwestern UniversityThe Jensen-Steffensen inequality[130]
1972(M)Carlos Ford-LiveneUniversity of Southern CaliforniaEstimation, prediction, and dynamic programming in ecology[131]
1972(M)Curtis Sylvester MeansRensselaer Polytechnic InstituteInitial value problems for a class of higher order partial differential equations which are related to the heat equation[132]
1972(M)Floyd Leroy WilliamsWashington University in St LouisReduction of tensor products of principle series representation of complex semi-simple Lie groups[133][134]
1972(M)James E. WhiteYale University(Algebraic topology - title not identified)[135]
1973(F)Evelyn E. Wilson ThorntonUniversity of HoustonGeneralised Vietoris-Begle theorems[136]
1973(M)Annas AytchUniversity of PittsburghConsistency of complex Noerland transforms[137]
1973(M)Garth Arnold BakerCornell UniversityProjection methods for boundary value problems for equations of elliptic and parabolic type with discontinuous coefficients[138]
1973(M)Robert Edward BozemanVanderbilt UniversityPeriodic solutions in the plane four-body problem of mixed circular-elliptic type[139]
1973(M)Lloyd Alvin GavinIllinois Institute of TechnologyOn some classes of FK-spaces and on summability factors[140]
1973(M)Seyoum GetuUniversity of MissouriGeneralizing alternative rings[141]
1973(M)James Ervin GinnTexas A&M UniversityProduct estimators in sample surveys[142]
1973(M)Isom Harris HerronJohns Hopkins UniversityA fluid dynamical theory for the motion of a particle undergoing centrifugation[143]
1973(M)Frank A. JamesNew York University(Title not identified)[144][145]
1973(M)Manuel KeeplerUniversity of New MexicoBackward and forward equations for random evolutions[146]
1973(M)Clement Aynsley Water McCallaMassachusetts Institute of TechnologyOptimal control of linear hereditary systems with quadratic criterion[147]
1973(M)Michael Noel PayneUniversity of California, BerkeleyStructural stability and quadratic dynamical systems[148]
1973(M)Chester Cornelius SeaburyStanford UniversitySome extension theorems for regular maps of Stein manifolds[149]
1973(M)Hampton WrightUniversity of North CarolinaCoefficient identities derived from symmetric function expansions[150]
1974(F)Elayne Arrington IdowuUniversity of CincinnatiThe p-Frattini subgroup of a finite group[151]
1974(F)Rada Ruth Higgins McCreadieOhio State UniversityOn the asymptotic behavior of certain sequences[152]
1974(M)Roosevelt GentryRutgers UniversityCompact interpolation between Banach spaces[153]
1974(M)Tepper L. GillWayne State UniversityTensor products of contraction semigroups on Hilbert spaces[154]
1974(M)Johnny Lee HoustonPurdue UniversityOn the theory of fitting classes in certain locally finite groups[155]
1974(M)Arthur Melvin JonesUniversity of IowaOn goodness-of-fit tests for normality[156]
1974(M)Nathaniel KnoxUniversity of South CarolinaOn the inverse semigroup coproduct of an arbitrary non-empty collection of groups[157]
1974(M)Kevin Ejere OsonduState University of New York, BuffaloA unified theory of extension of bins to semigroups and of semigroups to groups[158]
1974(M)Willie Elmer TaylorUniversity of HoustonOscillatory properties of nonselfadjoint fourth order differential equations[159]
1974(M)Alton Smith WallaceUniversity of MarylandRepresentation theorems for solutions of differential operator equations[160]
1975(F)Cheryll Suber-GerelleKansas State UniversityA Markov process for predicting adult student behavior[161]

Doctoral degrees in mathematics education to 1975

[edit]

This list includes doctorates specifically in mathematics education and doctorates in education by mathematicians/mathematics educators.

Table key
FirstIndicates first known African-American man or woman awarded a doctorate in education at an academic institution
YearGenderNameAwarded byDissertation titleRef.
1942(M)Socrates Walter SaundersUniversity of PittsburghLegal aspects of the education of Negroes with special emphasis on the equalization principle[162]
1947(F)Ethel M. TurnerColumbia UniversityConsumer mathematics in adult education[163]
1950(M)Caldwell Elwood BoulwareColumbia UniversityThe emerging concept of mental arithmetic[164]
1951(M)Theodore A LoveNew York UniversityThe relation of achievement in mathematics to certain abilities in problem-solving[165]
1954(F)Angie Turner KingUniversity of PittsburghAn analysis of early algebra textbooks used in the American secondary schools before 1900[166]
1954(M)Wendell Primus JonesUniversity of ChicagoThe Negro press and the higher education of Negroes, 1933-1952: a study of news and opinion on higher education in the three leading Negro newspapers[167]
195?(M)Thomas E BonnerOklahoma State University(Title not identified)[168]
1956(M)Henry Madison EldridgeUniversity of PittsburghA study in the variation in accomplishment and subject preference in different secondary schools[169]
1957(M)Raymond Jackson PittsUniversity of MichiganAn analysis and evaluation of supplementary teaching materials found in selected secondary school textbooks[170]
1958(M)James Horatio MeansOklahoma State UniversityObjectives of mathematics instruction in seven Texas colleges[171]
1959(M)Major Boyd JonesCornell UniversityTechniques, methods, procedures and provisions used in selected Maryland public secondary schools in teaching mathematics to rapid learners[172]
1960(F)Lillian Katie BradleyUniversity of TexasAn evaluation of the effectiveness of a collegiate general mathematics course[173]
1961(F)Sadie GasawayCornell UniversityThe effectiveness of continued testing in mathematics of freshmen of varying proficiencies at Tennessee Agricultural and Industrial State University[174]
1962(F)Louise Nixon SuttonNew York UniversityConcept learning in trigonometry and analytic geometry at the college level: a comparative study of two methods of teaching trigonometry and analytic geometry at the college level[175]
1963(F)Grace Alele WilliamsUniversity of ChicagoDynamics of education in the birth of a new nation: case study of Nigeria[176]
1964(F)Beryl Eleanor HunteNew York UniversityDemonstrative geometry during the twentieth century: an account of the various sequences used in the subject matter of demonstrative geometry from 1900 to the present time[177]
1964(M)Ulysses HunterPurdue UniversityEssential cluster sets[178]
1964(M)Louis Clinton MarshallAmerican UniversityApproximately continuous transformations on compact metric spaces[179]
1965(M)John Arthur JonesPennsylvania State UniversityAn intensive investigation and analysis of means for improving the mathematics programs in the colleges and universities of the United States with predominantly negro student bodies[180]
1966(M)Eugene William MadisonUniversity of IllinoisComputable algebraic structures and non-standard arithmetic[181]
1967(M)Matthew William CrawfordColorado State CollegeAn analysis of the mathematics curriculum in the negro public high schools in Louisiana[182]
1967(M)Calvin Elijah KingOhio State UniversityA comparative study of the effectiveness of teaching a course in remedial mathematics to college students by television and by the conventional method[183]
1967(M)Irvin Elmer VanceUniversity of MichiganGeometries of the Erlanger Program[184]
1967(M)Marcus Harold WhitfieldOklahoma State UniversityTheory of maxima and minima and applications[185]
1969(M)BonifaceIowa State UniversityStructure of inseparable composites[186]
1969(M)Paul Burgette MohrOklahoma State UniversityA study of Negro mathematics faculties in predominantly Negro institutions[187]
1969(M)William Percy HytcheOklahoma State UniversityA comparative analysis of four methods of instruction in mathematics[188]
1969(M)Benjamin Joseph MartinPurdue UniversityOn a new integral equation arising in the theory of radiative transfer[189]
1969(M)Richard Lionel PriceOhio State UniversityScholastic aptitude test in mathematics as a predictor of student selection of algebraic versus geometric approaches to problem solving[190]
1969(M)Washington Theophilus TaylorOklahoma State UniversityA cross sectional study of the modification of attitudes of selected prospective elementary school teachers toward mathematics[191]
1969(M)Vernon WilliamsOklahoma State UniversityA multi-predictive measure to predict success at two levels in freshman college mathematics[192]
1970(F)Genevieve Madeline KnightUniversity of MarylandThe effect of a sub-culturally appropriate language upon achievement in mathematical content[193]
1970(F)Joella Hardeman GipsonUniversity of IllinoisTeaching probability in the elementary school: an exploratory study[194]
1970(M)David James HickmanUniversity of Notre DameThe Tschebyscheff polynomials for regular polygons inscribed in the unit circle of the complex plane[195]
1970(M)Rufus Grier PettisOklahoma State UniversityAn analysis of the methods being used to make provisions for outstanding high school mathematics students in North Carolina[196]
1973(F)Therese Hance BraithwaiteUniversity of California, BerkeleyThe development of a function theory in education based on a construct of a unity[197]
1974(F)Della Pearl Domonek BellUniversity of TexasSome characteristics of high- and low- achieving seventh grade Black students in mathematics[198]
1975(M)Freeman Alphonsa Hrabowski IIIUniversity of IllinoisA comparison of the graduate academic performance of black students who graduated from predominantly black colleges and from predominantly white colleges[199]

Books and articles about African-American mathematicians

[edit]

This list includes books and dissertations published about individual African-Americans in mathematics, and studies, biographical anthologies or histories dedicated to African-Americans in mathematics.(This list is incomplete. You can help by expanding it.)

Individuals

[edit]
  • Benjamin Banneker:
    • Bedini, Silvio A (1999).The life of Benjamin Banneker: the first African-American man of science. Maryland Historical Society.[3]
    • Hinman, Bonnie (2000).Benjamin Banneker: American Mathematician and Astronomer (Colonial Leaders).[200]
  • David Blackwell:
    • Blackwell, David; Wilmot, Nadine (2003).An oral history with David Blackwell. Bancroft Library.[201]
    • Black, Robert (2019).David Blackwell and the Deadliest Duel. Royal Fireworks Press.[202]
  • Joseph James Dennis:
  • Marjorie Kimbrough
    • Kimbrouogh, Marjorie (1991).Accept no limitations: a black woman encounters corporate America. Abingdon Press.[204]
  • Shirley Mathis McBay:
    • Verheyden-Hilliard, Mary Ellen (1985).Mathematician and Administrator, Shirley Mathis McBay. Equity Institute.[205]
  • J. Ernest Wilkins Jr.:
    • Nkwanta, Asamoah; Barber, Janet E. (2018). "Episodes in the Life of a Genius: J. Ernest Wilkins Jr."Notices of the American Mathematical Society. Volume 65, Number 2.[206]

Anthologies and studies

[edit]
Katherine Johnson watching theHidden Figures premiere in 2016
  • Borum, Viveka; Hilton, Adriel Adon; Walker, Erica (2016). The Role of Black Colleges in the Development of Mathematicians.Journal of Research Initiatives.[207]
  • Carlson, Cob; Parks, Yolanda; et al. (1996).Breakthrough: profiles of scientists of color. Working with Numbers. Blackside.[208]
  • Dean, Nathaniel (ed) (1997).African Americans in mathematics: DIMACS workshop, June 26–28, 1996. American Mathematical Society.[209]
  • Farmer, Vernon L; Shepherd-Wynn, Evelyn (2012).Voices of historical and contemporary Black American pioneers.[210]
  • Harmon, Marylen; Guertler, Sherry (1994).Visions of a dream: history makers: contributions of Africans and African Americans in science and mathematics. M.E. Harmon.[211]
  • Houston, Johnny L (2000).The History of the National Association of Mathematicians (NAM): The First Thirty (30) Years, 1969–1999. NAM.[12]
  • Kenschaft, Patricia Clark (2005).Change is possible: Stories of women and minorities in mathematics.[212]
  • Lang, Mozell P.Contributions of African American scientists and mathematicians. Harcourt School Publishers.[213]
  • Newell, Victoria;Gipson, Joella; Rich, Waldo L.; Stubblefield, B (1980).Black Mathematicians and Their Works.[14]
  • Paul, Richard; Moss, Steven (2015).We Could Not Fail: The First African Americans in the Space Program. University of Texas Press.[214]
  • Shetterly, Margot Lee (2016).Hidden Figures: The American dream and the untold story of the black women mathematicians who helped win the space race.[1]
  • Walker, Erica N (2014).Beyond Banneker: Black mathematicians and the path to excellence.[215]
  • Williams, Lisa D (2000).The trials, tribulations, and triumphs of black faculty in the math and science pipeline: a life history approach (Dissertation). University of Massachusetts at Amherst.[216]
  • Williams, Talithia M (2018).Power in numbers: The rebel women of mathematics. Race Point Publishing.

For young people

[edit]
  • Becker, Helaine; Phumiruk, Dow (2018).Counting on Katherine: How Katherine Johnson Saved Apollo 13. Henry Holt and co.[217]
  • Pinkney, Andrea Davis (1998).Dear Benjamin Banneker.[218]
  • Schwartz, Heather E (2017).NASA Mathematician Katherine Johnson. Lerner Publications.[219]
  • Shetterly, Margot Lee; Conkling, Winifred; Freeman, Laura (2018).Hidden Figures: The True Story of Four Black Women and the Space Race. HarperCollins.[220]

List of Wikipedia articles

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This list includes Wikipedia articles for people from theAfrican diaspora who have postgraduate degrees in mathematics or statistics, have worked in mathematics, or are known for mathematical accomplishments in the United States (African-Americans). The list is grouped by the time the person's first degree in mathematics was awarded, or when they began their work in mathematics. Individuals are listed alphabetically within time periods. PhDs in mathematics education are included.

Before 1900

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Kelly Miller
Dorothy Johnson Vaughan
Mary Jackson, at NASA in 1980
Abdulalim Shabazz in 1949
Vivienne Malone-Mayes
Christine Darden, wind tunnel control room, NASA
Raymond L. Johnson
Iris M. Mack
William A. Massey
CAARMS meeting, Berkeley, 1995
John Urschel

1900s

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1910s

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1920s

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1930s

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1940s

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1950s

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1960s

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1970s

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1980s

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1990s

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2000s

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2010s

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References

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  1. ^abcShetterly, Margot Lee (2016).Hidden Figures: The American Dream and the Untold Story of the Black Women Mathematicians Who Helped Win the Space Race. William Morrow.ISBN 9780062363596.
  2. ^"Percentage of Bachelor's Degrees Earned by African Americans by Major".www.aps.org. American Physical Society. RetrievedFebruary 28, 2018.
  3. ^abBedini, Silvio A. (1999).The life of Benjamin Banneker : the first African American man of science (2. ed., rev. and expanded. ed.). Baltimore: Maryland Historical Soc.ISBN 978-0938420590. RetrievedFebruary 28, 2018.
  4. ^"Howard University- Department of Mathematics".coas.howard.edu. Howard University. RetrievedFebruary 28, 2018.
  5. ^abcdNkwanta, Asamoah; Barber, Janet E. (2015)."African-American mathematicians and the Mathematical Association of America"(PDF).Celebrating the Centennial of the Mathematical Association of America 1915-2015, Historical Articles. RetrievedFebruary 28, 2018.
  6. ^abcShakil, M (2010)."African-Americans in mathematical sciences – a chronological introduction"(PDF).Polygon.4 (Spring):27–42. RetrievedApril 8, 2017.
  7. ^ab"The Most Highly Cited Black Mathematicians".Journal of Blacks in Higher Education. 2005. RetrievedFebruary 28, 2018.
  8. ^Woodard, D. (1929)."On two-dimensional analysis situs with special reference to the Jordan curve-theorem".Fundamenta Mathematicae.13:121–145.doi:10.4064/fm-13-1-121-145. RetrievedFebruary 28, 2018.
  9. ^abWilliams, Scott W. (1998). "Black research mathematicians in the United States". In Dean, Nathaniel; McZeal, Cassandra M.; Williams, Pamela J. (eds.).African Americans in Mathematics II. Providence, Rhode Island: American Mathematical Society. pp. 165–168.
  10. ^Mishoe, Luna I.; Ford, Gloria C. (1956)."On the Limit of the Coefficients of the Eigenfunction Series Associated with a Certain Non-self-adjoint Differential System".Proceedings of the American Mathematical Society.7 (2): 260.doi:10.1090/S0002-9939-1956-0077754-3.
  11. ^Mishoe, Luna I; Ford, Gloria C. (1956)."On the Uniform Convergence of a Certain Eigenfunction Series".Pacific Journal of Mathematics.6 (2):271–78.doi:10.2140/pjm.1956.6.271.
  12. ^abcdHouston, Johnny L. (2000).The history of the National Association of Mathematicians (NAM): The first thirty (30) years, 1969–1999. National Association of Mathematicians.ISBN 9780970333209.
  13. ^"Welcome to NAM!".www.nam-math.org. National Association of Mathematicians. RetrievedFebruary 28, 2018.
  14. ^abNewell, Virginia K.; Gipson, Joella; Rich, Waldo L.; Stubblefield, Beauregard (1980).Black mathematicians and their works. Ardmore, Pa.: Dorrance.ISBN 9780805925562.
  15. ^Ortega, Omayra; Lawrence, Emille Davie; Goins, Edray Herber (December 10, 2020).The Golden Anniversary Celebration of the National Association of Mathematicians. American Mathematical Society. p. 177.ISBN 978-1-4704-5130-1.
  16. ^"Claytor-Woodard Lecture".www.nam-math.org. Mathematical Association of America. Archived fromthe original on March 1, 2018. RetrievedFebruary 28, 2018.
  17. ^"Robert Moses: The Algebra Project".Project Black Man. RetrievedApril 16, 2017.
  18. ^"Strengthening Underrepresented Minority Mathematics Achievement (SUMMA) | Mathematical Association of America".www.maa.org. Mathematical Association of America. RetrievedFebruary 28, 2018.
  19. ^"Biography (abbreviated) – Office of the President – UMBC".president.umbc.edu. University of Maryland BC. Archived fromthe original on April 26, 2017. RetrievedFebruary 28, 2018.
  20. ^"MAA-NAM Blackwell Lecture".www.nam-math.org. National Association of Mathematicians. RetrievedFebruary 28, 2018.
  21. ^"J. Ernest Wilkins Lecture".www.nam-math.org. National Association of Mathematicians. RetrievedFebruary 28, 2018.
  22. ^"The Albert Turner Bharucha-Reid Lecture".www.nam-math.org. National Association of Mathematicians. RetrievedFebruary 28, 2018.
  23. ^"About CAARMS".www.caarms.net. Conference for African American Researchers in the Mathematical Sciences. RetrievedFebruary 28, 2018.
  24. ^Council for African American Researchers in the Mathematical Sciences. Contemporary Mathematics. Vol. 275. American Mathematical Society. 2001.doi:10.1090/conm/275.ISBN 9780821821411. RetrievedFebruary 28, 2018.
  25. ^Williams, Scott W. (Spring 2007)."Why "Mathematicians of the African Diaspora"?"(PDF).National Association of Mathematicians Newsletter.38 (1):1–4. RetrievedFebruary 28, 2018.
  26. ^Williams, Scott W."Mathematicians of the African Diaspora".math.buffalo.edu/MAD. Mathematics Department, Buffalo University. Archived fromthe original on April 2, 2007. RetrievedFebruary 28, 2018.
  27. ^"Mathematicians of the African Diaspora MAD /".The Library of Congress. US Government, Library of Congress. RetrievedFebruary 28, 2018.
  28. ^"Yueh-Gin Gung and Dr. Charles Y. Hu Award for Distinguished Service | Mathematical Association of America".www.maa.org. Mathematical Association of America. RetrievedFebruary 28, 2018.
  29. ^"AWM-MAA Etta Zuber Falconer Lectures | Mathematical Association of America".www.maa.org. Mathematical Association of America. RetrievedFebruary 28, 2018.
  30. ^"Honoring NASA's Katherine Johnson, STEM Pioneer".whitehouse.gov. US Government. November 30, 2015. RetrievedFebruary 28, 2018.
  31. ^Shetterly, Margot Lee."Hidden Figures – Margot Lee Shetterly – Hardcover".HarperCollins US. Harper Collins. RetrievedFebruary 28, 2018.
  32. ^"Katherine Johnson, real-life subject of 'Hidden Figures' receives standing ovation at Oscars".ABC News. American Broadcasting Company. February 27, 2017. RetrievedFebruary 28, 2018.
  33. ^"Mathematicians of the African Diaspora". RetrievedFebruary 28, 2021.
  34. ^Turner, Ethel M (1971).A Negro history compendium. Cheyney, Pennsylvania: Cheyney State College.OCLC 824069.
  35. ^Green, Harry Washington (1974).Holders of doctorates among American Negroes; an educational and social study of Negroes who have earned doctoral degrees in course, 1876–1943. Newton, Mass.: Crofton Pub. Corp.ISBN 9780890200100. RetrievedMay 10, 2017.
  36. ^Williams, Scott."US black mathematician index by year".Mathematicians of the African Diaspora. Mathematics Department, University of Buffalo. RetrievedFebruary 27, 2018.
  37. ^Zeitz, Barbara Joan."Counting women of color"(PDF).AAUW-IL. American Association of University Women – Illinois. RetrievedFebruary 26, 2018.
  38. ^"SUMMA Archival Record".MAA.org. Mathematical Association of America. RetrievedApril 15, 2017.
  39. ^abCox, Elbert Frank (1925).The polynomial solutions of the difference equation af(x+1) + bf(x) = [Phi](x). Ithaca, NY: Cornell University. RetrievedApril 8, 2017.
  40. ^abWoodard, Dudley W (1928).On two-dimensional analysis situs with special reference to the Jordan Curve Theorem. University of Pennsylvania. RetrievedApril 9, 2017.
  41. ^abClaytor, Schiefelin (1933)."Topological immersion of peanian continua in a spherical surface: a dissertation in mathematics".archives.upenn.edu. University of Pennsylvania. Archived fromthe original on April 23, 2017. RetrievedApril 10, 2017.
  42. ^abClaytor, Schiefelin (1934). "Topological Immersion of Peanian Continua in a Spherical Surface".Annals of Mathematics.35 (4):809–835.doi:10.2307/1968496.JSTOR 1968496.
  43. ^abTalbot, Walter R (1935).Fundamental regions in S6 for the simple quaternary G60, type I. University of Pittsburgh. p. 24. RetrievedApril 10, 2017.
  44. ^abMcDaniel, Reuben Roosevelt (1938).Approximation to algebraic numbers by means of periodic sequences of transformations on quadratic forms. Cornell University. p. 21.
  45. ^abPierce, Joseph A (1938).A study of a universe of n finite populations with application to moment-function adjustments for grouped data. University of Michigan. p. 22. RetrievedApril 10, 2017.
  46. ^abPierce, Joseph A (1940)."A study of a universe of n finite populations with application to moment-function adjustments for grouped data".The Annals of Mathematical Statistics.11 (3):311–334.doi:10.1214/aoms/1177731870. RetrievedApril 10, 2017.
  47. ^abBlackwell, DH (1941).Some properties of Markoff chains. Champaign, IL: University of Illinois. RetrievedApril 15, 2017.
  48. ^abColeman, Robert (1942).The development of informal geometry. Columbia University.OCLC 36601437.
  49. ^abWilkins, Ernest Jr (1942).Multiple Integral Problems in Parametric Form in the Calculus of Variations. Chicago, IL: University of Chicago. RetrievedApril 9, 2017.
  50. ^abWilkins, J. Ernest (April 1944). "Multiple Integral Problems in Parametric Form in the Calculus of Variations".The Annals of Mathematics.45 (2):312–334.doi:10.2307/1969268.JSTOR 1969268.
  51. ^abHaynes, Euphemia Lofton (1943).Determination of sets of independent conditions characterizing certain special cases of symmetric correspondences. Washington, DC: Catholic University of America Press. RetrievedApril 9, 2017.
  52. ^abDennis, Joseph J (1944).Some points in the theory of positive definite J-fractions. Evanston, Il: Northwestern University. RetrievedApril 11, 2017.
  53. ^abEllis, Wade (1944).On relations satisfied by linear operators on a three dimensional linear vector space. Ann Arbor, MI: University of Michigan. RetrievedMay 10, 2017.
  54. ^abStephens, CF (1944).Nonlinear difference equations analytic in a parameter. Ann Arbor, MI: University of Michigan. RetrievedApril 15, 2017.
  55. ^abStephens, CF (1948)."Nonlinear difference equations analytic in a parameter"(PDF).Transactions of the American Mathematical Society.64 (2):268–282.doi:10.1090/S0002-9947-1948-0026229-6. RetrievedApril 9, 2017.
  56. ^abGranville, Evelyn Boyd (1949).On laguerre series in the complex domain. New Haven, CT: Yale University.ISBN 978-0-599-64271-3. RetrievedApril 8, 2017.{{cite book}}:ISBN / Date incompatibility (help)
  57. ^abBrowne, Marjorie L (1950).Studies of oneparameter subgroups of certain topological and matrix groups. Ann Arbor, Mi: University of Michigan. RetrievedApril 10, 2017.
  58. ^abSmith, Georgia Caldwell (1960).Some results on the anticenter of a group. Pittsburgh, PA: University of Pittsburgh. RetrievedApril 9, 2017.
  59. ^abHewitt, Gloria Conyers (1962).Direct and inverse limits of abstract algebras. Seattle, WA: University of Washington. RetrievedApril 8, 2017.
  60. ^abFrazier, Thyrsa Anne (1965).On the product of absolutely continuous transformations of measure spaces. Columbus, OH: Ohio State University. Archived fromthe original on March 1, 2018. RetrievedApril 11, 2017.
  61. ^abMayes, Vivienne Lucille Malone.A structure problem in asymptotic analysis. Austin, TX: University of Texas. RetrievedApril 8, 2017.
  62. ^abMcBay, Shirley (1966).The Homology Theory of Metabelian Lie Algebras. Athens, GA: University of Georgia.
  63. ^abJones, Eleanor Green Dawley (1966).Abelian groups and their endomorphism rings and the quasi-endomorphism of torsion free abelian groups. Syracuse, NY: Syracuse University. RetrievedApril 19, 2017.
  64. ^abDarden, Geraldine C. (1967).On direct sums of cyclic groups. Syracuse, NY: Syracuse University. RetrievedApril 19, 2017.
  65. ^abGarraway, Annie Marie Watkins (1967).Structure of some cocycles in analysis. Berkeley, California: University of California.OCLC 952184806.
  66. ^Brothers, Warren Hill.On the solution of boundary value problems in hyperbolic differential equations. Ann Arbor, MI: University of Michigan. RetrievedMay 10, 2017.
  67. ^Certaine, Jeremiah (1945).Lattice-ordered groupoids and some related problems. Cambridge, Mass: Harvard University. RetrievedMay 10, 2017.
  68. ^Butcher, George H (1951).An extension of the sum theorem of dimension theory. Philadelphia, PA: University of Pennsylvania. RetrievedMay 10, 2017.
  69. ^Mishoe, Luna I (1953).On the expansion of an arbitrary function in terms of the Eigenfunctions of a nonself adjoint differential system. New York, NY: New York University. RetrievedMay 10, 2017.
  70. ^Wright, Fred B (1953).Ideals in operator algebras. Chicago, Illinois: University of Chicago.OCLC 80513353.
  71. ^Bell, CB Jr (1954).Structures of measure spaces. Notre Dame, IN: University of Notre Dame. RetrievedApril 15, 2017.
  72. ^McCrae, Vincent V (1955).On the unitary similarity of matrices. Washington, DC: Catholic University of America. RetrievedMay 10, 2017.
  73. ^Cross, Lonnie (1955).On the distribution of eigenvalues of [Integral sign]a̳-a̳a(s-t)[phi](t)dt=p[[integral sign]a̳-a̳b(s-t)[phi](t)dt+[eta][phi](s)]. Ithaca, NY: Cornell University. RetrievedFebruary 19, 2018.
  74. ^Williams, Lloyd K (1956).On separating transcendency bases. Berkeley, CA: University of California.
  75. ^Johnson, Elgy S (1957).Properties of solutions of nonlinear differential equations. Washington DC: Catholic University of America.OCLC 10472636.
  76. ^King, John Quill Taylor (1957).A statistical analysis of the economic aspects of nineteen Protestant church-related colleges in Texas. Austin, Texas: University of Texas.OCLC 27163120.
  77. ^Glover, Israel Everett (1959).On analytic functions having as singular sets certain closed and bounded sets. Stillwater, Oklahoma: Oklahoma State University.OCLC 31959118.
  78. ^Harper, Laurence Raymond (1959).Some properties of partially stable algebras. Chicago IL: University of Chicago.OCLC 27317099.
  79. ^Costley, Charles Gladstone (1960).Singular nonlinear integral equation with complex valued kernels of type N (Thesis). Urbana-Champaign, IL: University of Illinois. RetrievedMay 25, 2017.
  80. ^Stubblefield, Beauregard (1960).Some compact product spaces which cannot be imbedded in euclidean n-space. Ann Arbor: University of Michigan.OCLC 68274401.
  81. ^Clay, Jesse Paul (1961).Proximity and equicontinuity in transformation groups. Philadelphia, PA: University of Pennsylvania.OCLC 244982382.
  82. ^Newman, Rogers Joseph (1961).Capacity and Tchebycheff polynomials. Ann Arbor, MI: University of Michigan.OCLC 68274672.
  83. ^Abernathy, Robert Oreece (1962).On singular fourth order elliptic partial differential equations. Berkeley: University of California.OCLC 920415168.
  84. ^Bennett, John Henry (1962).Truncation errors in numerical solutions of the transport equation. Cambridge, Massachusetts: Harvard University.OCLC 7909154.
  85. ^Saunders, Socrates Walter (1962).Analytic continuation by certain product-summability methods. Pittsburgh, Pennsylvania: University of Pittsburgh. RetrievedFebruary 25, 2018.
  86. ^Sykes, Theodore Roosevelt (1961).On a generalization of orthogonal polynomials. State College, PA: Pennsylvania State University. RetrievedMay 11, 2017.
  87. ^Battle, Joseph (1963).Imbedding of graphs in orientable 2-manifolds. Ann Arbor, Michigan: University of Michigan.OCLC 68275253.
  88. ^Blakney, Simmie Samuel (1963).Lusin's theorem in metric theory. Urbana Champaign: University of Illinois.OCLC 932249919.
  89. ^Embree, Earl Owen (1963).A class of linear differential equations involving distributions. Urbana-Champaign: University of Illinois.OCLC 932257009.
  90. ^McWorter, William Andrew (1963).Phi algebras. Columbus, Ohio: Ohio State University.OCLC 972879937.
  91. ^Embry, Mary Rodriguez (1964).Subspaces associated with contractions in Hilbert space(PDF). Chapel Hill, NC: University of North Carolina. RetrievedApril 8, 2017.
  92. ^Stewart, A. D (1964).On the Abel equation in n-dimensions, n ≥ 2 (Ph.D. thesis). Austin, Tex.: University of Texas at Austin.OCLC 44846220.
  93. ^"Alfred D. Stewart – Mathematician of the African Diaspora".www.math.buffalo.edu. Buffalo University. RetrievedFebruary 25, 2018.
  94. ^Donaldson, James Ashley (1965).Integral representations of the extended airy integral type for the modified Bessel function (Thesis). Urbana-Champaign, IL: University of Illinois. RetrievedMay 11, 2017.
  95. ^Fletcher, William Thomas (1966).On the decomposition of associative algebras of prime characteristic. Moscow, Idaho: University of Idaho. RetrievedMay 11, 2017.
  96. ^Banks, Harvey T (1966).Optimal control problems with delay. Lafayette, Indiana: Purdue University. RetrievedFebruary 27, 2018.
  97. ^Ewell, John Albert (1966).On the determination of sets by sets of sums of fixed order. Los Angeles: University of California.OCLC 319979782.
  98. ^Morris, Charles Edward (1966).Normal subgroups of the sympletic group on a countably infinite dimensional vector space. Urbana-Champaign, Illinois: University of Illinois.OCLC 8365514.
  99. ^Clarkson, Llayron Leon (1967).A theorem concerning product integrals. University of Texas.OCLC 19732605.
  100. ^Demetrius, Lloyd A (1967).Structural organization in cellular systems: a mathematical approach. Chicago, Illinois: University of Chicago.OCLC 34919472.
  101. ^Douglas, Samuel Horace (1967).Convexity lattices related to topological lattices and incidence geometries. Stillwater, Oklahoma: Oklahoma State University.OCLC 32122253.
  102. ^Heard, Melvin (1967).Linear functional differential equation of neutral type. West Lafayette, Indiana: Purdue University. RetrievedFebruary 22, 2018.
  103. ^Turner, Ralph Brooks (1967).Low Reynolds number flow of particulate fluids. Providence, Rhode Island: Brown University.OCLC 23903830.
  104. ^DeConge, Mary Sylvester (1968).2-normed lattices and 2-metric spaces. St Louis, MO: St Louis University.
  105. ^Amazigo, John Chukwuemeka (1968).Buckling under axial compression of long cylindrical shells with random axisymmetric imperfections. Cambridge Massachusetts: Harvard University.OCLC 76977996.
  106. ^Barnes, Earl Russell (1968).The optimal control of systems with distributed parameters. College Park, Maryland: University of Maryland.OCLC 11647547.
  107. ^Gordon, Milton Andrew (1968).On a class of degree one algebras. Chicago, Illinois: Illinois Institute of Technology.OCLC 44789780.
  108. ^McNeil, Phillip Eugene (1969).The structure of certain semigroups with two idempotents. Pennsylvania: Pennsylvania State University.OCLC 78017570.
  109. ^Smith, Wilbur Lee (1968).On infinite product measures and semi-regular measures. Pennsylvania: Pennsylvania State University.OCLC 299184906.
  110. ^St Mary, Donald Frank (1968).Oscillation and comparison theorems for second order linear differential equation.Lincoln, Nebraska:University of Nebraska Press.OCLC 36986587.
  111. ^Weddington, Donald Derrick (1968).k-Spaces. Coral Gables, Florida: University of Miami. RetrievedFebruary 27, 2018.
  112. ^White, James Harris (1968).Self-linking and the Gauss integral in higher dimensions. Minneapolis, Minnesota: University of Minnesota.OCLC 17923131.
  113. ^Falconer, Etta (1969).Quasigroup identities invariant under isotopy. Atlanta, GA: Emory University. RetrievedMay 22, 2017.
  114. ^Johnson, Raymond Lewis (1969).A priori estimates and unique continuation theorems for second order parabolic equations (Thesis). Houston TX: Rice University.hdl:1911/14530.
  115. ^"Mathematicians of the African Diaspora: Robert S. Smith".math.buffalo.edu/mad. Buffalo University. RetrievedFebruary 25, 2018.
  116. ^Warner, James Ernie (1969).Asymptotic properties of multivariate permutation tests with applications to signal detection. Cleveland, Ohio: Case Western University.OCLC 34406987.
  117. ^Williams, Scott Warner (1969).The transfinite cardinal covering dimension. Bethlehem, PA: LeHigh University.OCLC 47139510.
  118. ^Hall, Japheth."On the theory of structures in sets".ProQuest. University of Alabama. RetrievedFebruary 28, 2018.
  119. ^Hogan, Guy Theodore (1970).Variations on the Hp problem for finite p-groups. Columbus, OH: Ohio State University. RetrievedMay 22, 2017.
  120. ^Keith, Lonnie Williams (1970).Nearly distribution-free tests for equal variances in two populations when the means are unknown. Manhattan, Kansas: Kansas State University.OCLC 28661687.
  121. ^Nwankpa, Sonde Ndubeze (1970).Generalized Sylvester Gallai configurations. East Lansing, Michigan: Michigan State University.OCLC 25362816.
  122. ^Richard, Spikes, Dolores (1971)."Semi-valuations and groups of divisibility".LSU Historical Dissertations and Theses. Baton Rouge, LA: Louisiana State University.doi:10.31390/gradschool_disstheses.2173.S2CID 126222173. RetrievedMay 22, 2017.{{cite journal}}: CS1 maint: multiple names: authors list (link)
  123. ^Kean, Orville Edward (1971).Abstract horn theories. Philadelphia, PA: University of Pennsylvania.OCLC 244976973.
  124. ^Mutio, Nguthu John (1971).Frobenius groups. Syracuse, New York: Syracuse University.OCLC 828860420.
  125. ^Williams, Eddie Robert (1971).The Poincaré lemma with estimates. New York: Columbia University.OCLC 83315408.
  126. ^Simms, Nathan Frank (1970).Stable homotopy in Frobenius categories. Bethlehem, Pennsylvania: Lehigh University.OCLC 31714056.
  127. ^Lahr, Charles Dwight (1971).Approximate identities and multipliers for certain convolution measure algebras. Syracuse, New York: Syracuse University.OCLC 702682481.
  128. ^Chukwu, Ethelbert Nwakuche (1972).Symmetries and identification of linear control systems. Cleveland, Ohio: Case Western University.OCLC 29442746.
  129. ^Criner, Oscar Henry (1972).Regularity properties of the solutions of the two dimensional Lagrangian problem and the Lagrangiah multiplier. Berkeley, California: University of California.OCLC 21923717.
  130. ^Imoru, Christopher Olutunde (1972).The Jensen-Steffensen inequality. Evanston, Illinois: Northwestern University.OCLC 56219500.
  131. ^Ford-Livene, Carlos."Estimation, prediction, and dynamic programming in ecology".ProQuest Database. University of Southern California. RetrievedFebruary 28, 2018.
  132. ^Means, Curtis Sylvester."Initial value problems for a class of higher order partial differential equations which are related to the heat equation".Proquest Database. Rensselaer Polytechnic Institute. RetrievedFebruary 28, 2018.
  133. ^Williams, Floyd L. (1973).Tensor Products of principal series representations. Berlin [West], Heidelberg, N.Y.: Springer.ISBN 9783540065678. RetrievedMay 22, 2017.
  134. ^Jensen, Gary R Steven; Krantz, Steven G (2006).150 years of mathematics at Washington University in St. Louis : sesquicentennial of mathematics at Washington University, October 3-5, 2003, Washington University in St. Louis, St. Louis, Missouri. Providence, R.I.: American Mathematical Society. p. 17.ISBN 9780821836033. RetrievedMay 22, 2017.
  135. ^"James White – The Mathematics Genealogy Project".www.genealogy.math.ndsu.nodak.edu. North Dakota State University. RetrievedFebruary 28, 2018.
  136. ^Thornton, Evelyn E. Wilson (1973).Generalised Vietoris-Begle theorems. Houston, Texas: University of Houston.OCLC 13690049.
  137. ^Aytch, Annas."Consistency of complex Noerland transforms".ProQuest Database. University of Pittsburgh. RetrievedFebruary 28, 2018.
  138. ^Baker, Garth Arnold (1973).Projection methods for boundary value problems for equations of elliptic and parabolic type with discontinuous coefficients. New York: Cornell University.OCLC 63623528.
  139. ^Bozeman, Robert Edward (1973).Periodic solutions in the plane four-body problem of mixed circular-elliptic type. Nashville TN: Vanderbilt University.OCLC 4302397.
  140. ^Gavin, Lloyd Alvin (1973).On some classes of FK-spaces and on summability factors. Chicago, IL: Illinois Institute of Technology.OCLC 44742967.
  141. ^Getu, Seyoum (1973).Generalizing alternative rings. Columbia, Missouri: University of Missouri-Columbia.OCLC 28643630.
  142. ^Ginn, James Ervin."Product estimators in sample surveys".ProQuest Database. Texas A&M University. RetrievedFebruary 28, 2018.
  143. ^Herron, Isom Harris (1973).A fluid dynamical theory for the motion of a particle undergoing centrifugation. Baltimore, Maryland: Johns Hopkins University.OCLC 30556659.
  144. ^"Philander Smith College – Course Catalog"(PDF).Philander.edu. Philander Smith College. RetrievedFebruary 28, 2018.
  145. ^"Frank A. James – Mathematician of the African Diaspora".www.math.buffalo.edu. Mathematics Department Buffalo University. RetrievedFebruary 28, 2018.
  146. ^Keepler, Manuel (1973).Backward and forward equations for random evolutions. Albuquerque, New Mexico: University of New Mexico.OCLC 46481452.
  147. ^McCalla, Clement Aynsley Waters (1973).Optimal control of linear hereditary systems with quadratic criterion. Cambridge, Massachusetts: Massachusetts Institute of Technology.OCLC 30083969.
  148. ^Payne, Michael Noel (1973).Structural stability and quadratic dynamical systems. Berkeley, California: University of California.OCLC 21927407.
  149. ^Seabury, Chester Cornelius (1973).Some extension theorems for regular maps of Stein manifolds. Stanfird, California: Stanford University.OCLC 25635595.
  150. ^Wright, Hampton (1973).Coefficient identities derived from symmetric function expansions. Raleigh, North Carolina: University of North Carolina.OCLC 5072485.
  151. ^Idowu, Elayne Arrington (1974).The p-Frattini subgroup of a finite group. Cincinnati, Ohio: University of Cincinnati.OCLC 1060475.
  152. ^Higgins, Rada R (1974).On the asymptotic behavior of certain sequences(PDF). Ohio State University (Commencement). p. 5. RetrievedJanuary 28, 2018.
  153. ^Gentry, Roosevelt (1974).Compact interpolation between Banach spaces. New Brunswick, NJ: Rutgers University.
  154. ^Gill, Tepper L (1974).Tensor products of contraction semigroups on Hilbert spaces. Detroit, MI: Wayne University.OCLC 18133831.
  155. ^Houston, Johnny Lee."On the theory of fitting classes in certain locally finite groups". North Dakota State University. RetrievedFebruary 24, 2018.
  156. ^Jones, Arthur Melvin (1974).On goodness-of-fit tests for normality. Iowa City, Iowa: University of Iowa.OCLC 26693781.
  157. ^Knox, Nathaniel (1974).On the inverse semigroup coproduct of an arbitrary non-empty collection of groups. Columbia, SC: University of South Carolina.OCLC 1477568.
  158. ^Osondu, Kevin Ejere (1974).A unified theory of extension of bins to semigroups and of semigroups to groups. Buffalo, New York: State University of New York. RetrievedFebruary 28, 2018.
  159. ^Taylor, Willie Elmer (1974).Oscillatory properties of nonselfadjoint fourth order differential equations. Houston, Texas: University of Houston.OCLC 13715401.
  160. ^Wallace, Alton Smith (1974).Representation theorems for solutions of differential operator equations. College Park, MD: University of Maryland.OCLC 18243068.
  161. ^Suber Gerelle, Cheryll (1975).A Markov process for predicting adult student behavior. Manhattan, KA: Kansas State University.OCLC 28936884.
  162. ^Saunders, Socrates Walter (1942).Legal aspects of the education of Negroes with special emphasis on the equalization principle. Pittsburgh, Pennsylvania: University of Pittsburgh. RetrievedFebruary 25, 2018.
  163. ^Turner, Ethel M (1947).Consumer mathematics in adult education. New York: Columbia University.OCLC 80717539.
  164. ^Boulware, Caldwell Elwood (1950).The emerging concept of mental arithmetic. NY: Columbia University.OCLC 84287200.
  165. ^Love, Theodore A (1951).The relation of achievement in mathematics to certain abilities in problem-solving. New York: New York University.OCLC 639288635.
  166. ^King, Angie Turner (1955).An analysis of early algebra textbooks used in the American secondary schools before 1900. University of Pittsburgh. RetrievedApril 21, 2017.
  167. ^Jones, Wendell Primus (1954).The Negro press and the higher education of Negroes, 1933–1952 : a study of news and opinion on higher education in the three leading Negro newspapers. Chicago, Illinois: University of Chicago.OCLC 81121511.
  168. ^"Dr. Thomas E. Bonner"(PDF).esubu. Emporia State University Black Student Union. RetrievedFebruary 11, 2018.
  169. ^Eldridge, Henry Madison (1956).A study in the variation in accomplishment and subject preference in different secondary schools. Pittsburgh, PA: University of Pittsburgh. RetrievedMay 24, 2017.
  170. ^Pitts, Raymond Jackson (1957).An analysis and evaluation of supplementary teaching materials found in selected secondary school textbooks. Ann Arbor, Michigan: University of Michigan.OCLC 68273765.
  171. ^Means, James Horatio (1958).Objectives of mathematics instruction in seven Texas colleges. Stillwater, Oklahoma: Oklahoma State University.OCLC 31989915.
  172. ^Jones, Major Boyd (1959).Techniques, methods, procedures and provisions used in selected Maryland public secondary schools in teaching mathematics to rapid learners. Ithaca, New York: Cornell University.OCLC 63962216.
  173. ^Bradley, Lillian Katie (1960).An Evaluation of the Effectiveness of a Collegiate General Mathematics Course. Austin, Tx: University of Texas. RetrievedApril 21, 2017.
  174. ^Gasaway, Sadie C (1961).The effectiveness of continued testing in mathematics of freshmen of varying proficiencies at Tennessee Agricultural and Industrial State University. Ithaca, NY: Cornell University. RetrievedMay 11, 2017.
  175. ^Sutton, Louise Nixon (1962).Concept learning in trigonometry and analytic geometry at the college level : a comparative study of two methods of teaching trigonometry and analytic geometry at the college level. New York: New York University. RetrievedApril 8, 2017.
  176. ^Awani-Alele, Grace (1963).Dynamics of education in the birth of a new nation: case study of Nigeria. University of Chicago. RetrievedJanuary 29, 2018.
  177. ^Hunte, Beryl Eleanor (1964).Demonstrative geometry during the twentieth century : an account of the various sequences used in the subject matter of demonstrative geometry from 1900 to the present time. New York, NY: New York University. RetrievedApril 21, 2017.
  178. ^Hunter, Ulysses (1964).Essential cluster sets. West Lafayette, Indiana: Purdue University. pp. 1–44. RetrievedFebruary 22, 2018.{{cite book}}:|work= ignored (help)
  179. ^Marshall, Louis Clinton (1964).Approximately continuous transformations on compact metric spaces. American University.OCLC 890259238.
  180. ^Jones, John Arthur (1965).An intensive investigation and analysis of means for improving the mathematics programs in the colleges and universities of the United States with predominantly negro student bodies. Pennsylvania: Pennsylvania State University.OCLC 223411615.
  181. ^Madison, Eugene William (1966).Computable algebraic structures and non-standard arithmetic. Urbana-Champaign, Illinois: University of Illinois.OCLC 932257064.
  182. ^Crawford, Matthew William (1967).An analysis of the mathematics curriculum in the negro public high schools in Louisiana. Fort Collins, Colorado: Colorado State College.OCLC 8096366.
  183. ^King, Calvin Elijah (1967).A comparative study of the effectiveness of teaching a course in remedial mathematics to college students by television and by the conventional method. Columbus, Ohio: Ohio State University.OCLC 27254499.
  184. ^Vance, Irvin Elmer (1867).Geometries of the Erlanger Program. Ann Arbor, Michigan: University of Michigan.OCLC 68277259.
  185. ^Whitfield, Marcus Harold (1967).Theory of maxima and minima and applications. Stillwater, Oklahoma: Oklahoma State University.OCLC 32096503.
  186. ^Eke, Boniface Ihemeotuonye (1969)."Structure of inseparable composites".Retrospective Theses and Dissertations. Ames, Iowa: Iowa State University.doi:10.31274/rtd-180813-841. RetrievedFebruary 27, 2018.
  187. ^Mohr, Paul Burgette (1969).A study of Negro mathematics faculties in predominantly Negro institutions. Stillwater, Oklahoma: Oklahoma State University.OCLC 32170537.
  188. ^Hytche, William Percy (1969).A comparative analysis of four methods of instruction in mathematics. Stillwater, Oklahoma: Oklahoma State University.OCLC 310106226.
  189. ^Martin, Benjamin Joseph (1969)."On a new integral equation arising in the theory of radiative transfer". North Dakota State University. RetrievedFebruary 25, 2018.
  190. ^Price, Richard Lionel (1969).Scholastic aptitude test in mathematics as a predictor of student selection of algebraic versus geometric approaches to problem solving. Columbus, Ohio: Ohio State University.OCLC 54076243.
  191. ^Taylor, Washington Theophilus (1969).A cross sectional study of the modification of attitudes of selected prospective elementary school teachers toward mathematics. Stillwater, Oklahoma: Oklahoma State University.OCLC 32176827.
  192. ^Williams, Vernon (1969).A multi-predictive measure to predict success at two levels in freshman college mathematics. Stillwater, Oklahoma: Oklahoma State University.OCLC 14579533.
  193. ^Knight, Genevieve Madeline (1970).The effect of a sub-culturally appropriate language upon achievement in mathematical content. College Park, MD: University of Maryland.OCLC 17748181.
  194. ^Gipson, Joella Hardeman (1971).Teaching probability in the elementary school: an exploratory study. Urbana-Champaign: University of Illinois.OCLC 3803574.
  195. ^Hickman, David James (1970).The Tschebyscheff polynomials for regular polygons inscribed in the unit circle of the complex plane. Notre Dame, Indiana: University of Notre Dame.OCLC 11019990.
  196. ^Pettis, Rufus Grier (1970).An analysis of the methods being used to make provisions for outstanding high school mathematics students in North Carolina. Stillwater, Oklahoma: Oklahoma State University.OCLC 32195254.
  197. ^Braithwaite, Therese Hance (1973).The development of a function theory in education based on a construct of a unity. Berkeley: University of California.OCLC 20567708.
  198. ^Bell, Della Pearl Domonek (1974).Some characteristics of high- and low- achieving seventh grade Black students in mathematics. Austin, Texas: University of Texas.OCLC 3305600.
  199. ^Hrabowski, Freeman (1975).A comparison of the graduate academic performance of black students who graduated from predominantly black colleges and from predominantly white colleges. Urbana-Champaign, IL: University of Illinois. RetrievedMay 22, 2017.
  200. ^Hinman, Bonnie (2000).Benjamin Banneker : American mathematician and astronomer. Philadelphia: Chelsea House Publishers.ISBN 978-0791056912. RetrievedApril 16, 2017.
  201. ^Blackwell, David; Wilmot, Nadine (2003).An oral history with David Blackwell. Bancroft Library.OCLC 54833905.
  202. ^"David Blackwell and the Deadliest Duel".Royal Fireworks Press. RetrievedJanuary 4, 2023.
  203. ^Williams, SL (2016).To Humbly Serve: Joseph James Dennis and His Contributions to Clark College. Atlanta, Ga: Clark Atlanta University.
  204. ^Kimbrough, Marjorie L (1991).Accept no limitations: a black woman encounters corporate America. Nashville, Tennessee: Abingdon Press.
  205. ^Verheyden-Hilliard, Mary Ellen (1985).Mathematician and administrator, Shirley Mathis McBay. Bethesda, Md.: Equity Institute.ISBN 978-0932469045. RetrievedApril 16, 2017.
  206. ^Nkwanta, Asamoah; Barber, Janet E. (February 2018)."Episodes in the Life of a Genius: J. Ernest Wilkins Jr"(PDF).Notices of the AMS.65 (3):135–138 – via AMS.
  207. ^Borum, Viveka; Hilton, Adriel Adon; Walker, Erica (2016)."The Role of Black Colleges in the Development of Mathematicians".Journal of Research Initiatives.2 (1).ISSN 2168-9083. RetrievedFebruary 28, 2018.
  208. ^Carlson, Cob; Parks, Yolanda; Taylor-Mead, Elizabeth; Hampton, Henry; Blatt, Joseph; Handley, Eric; Taylor, Valerie Elaine; Tapia, Richard A; Porter-Locklear, Freda (1996).Breakthrough: profiles of scientists of color. Working with Numbers. Boston, Massachusetts: Blackside, Inc.OCLC 39911524.
  209. ^Dean, Nathaniel (1997).African Americans in mathematics: DIMACS workshop, June 26-28, 1996; [volume includes papers by invited speakers and poster presenters at the Second Conference for African-American Researchers in the Mathematical Sciences]. Providence, RI: American Math. Soc.ISBN 978-0821806784.
  210. ^Farmer, Vernon L; Shepherd-Wynn, Evelyn (2012).Voices of historical and contemporary Black American pioneers. Santa Barbara, California: Praeger.ISBN 9780313392252.
  211. ^Harmon, Marylen E; Guertler, Sherry (1994).Visions of a dream: history makers: contributions of Africans and African Americans in science and mathematics. Roanoke, Virginia: M.E. Harmon.ISBN 978-0962823336.
  212. ^Kenschaft, Patricia Clark (2005).Change is possible : stories of women and minorities in mathematics. Providence, R.I.: American Mathematical Society.ISBN 9780821837481. RetrievedMay 10, 2017.
  213. ^Lang, Mozell P (2007).Contributions of African American scientists and mathematicians. Orlando: Harcourt School Publishers.ISBN 978-0153458484.
  214. ^Paul, Richard; Moss, Steven (2015).We Could Not Fail: The First African Americans in the Space Program. Texas: University of Texas Press.ISBN 9780292772496.
  215. ^Walker, Erica N. (2014).Beyond Banneker : Black Mathematicians and the Paths to Excellence. SUNY Press.ISBN 978-1438452159.
  216. ^Williams, Lisa D (2000).The trials, tribulations, and triumphs of black faculty in the math and science pipeline: a life history approach. Amherst, Massachusetts: University of Massachusetts.OCLC 45126076.
  217. ^Becker, Helaine; Phumiruk, Dow (2018).Counting on Katherine: how Katherine Johnson saved Apollo 13. New York: Henry Holt & co.ISBN 9781250137524.OCLC 994441045.
  218. ^Pinkney, Andrea Davis Pinkney; illustrated by Brian (1998).Dear Benjamin Banneker (1st Voyager Books ed.). San Diego, CA: Harcourt Brace & Co.ISBN 9780152018924.{{cite book}}: CS1 maint: multiple names: authors list (link)
  219. ^Schwartz, Heather E (2018).NASA mathematician Katherine Johnson. Minneapolis: Lerner Publications.ISBN 9781512457032.OCLC 961388617.
  220. ^Shetterly, Margot Lee; Conkling, Winifred; Freeman, Laura (2018).Hidden figures: the true story of four black women and the space race. New York: Harper.ISBN 9780062742469.OCLC 985072992.
  221. ^"In Memoriam: Rudy L. Horne".The Journal of Blacks in Higher Education. December 20, 2017. RetrievedJanuary 28, 2018.
  222. ^"John Urschel's Homepage".math.mit.edu. RetrievedJanuary 4, 2023.
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