| Publication | Date of Publication | Type |
|---|
| https://portal.mardi4nfdi.de/entity/Q3278364 | 1961-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q3227586 | 1955-01-01 | Paper |
| Abstract Group Generated by the Quaternion Units | 1947-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5787906 | 1947-01-01 | Paper |
| Prime Number of Conjugate Operators in a Group | 1946-01-01 | Paper |
| Prime Number of Operators in Sets of Conjugates | 1946-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5844734 | 1946-01-01 | Paper |
| A Tenth Lesson in the History of Mathematics | 1945-01-01 | Paper |
| Groups Having a Small Number of Sets of Conjugate Subgroups | 1945-01-01 | Paper |
| Illustrations and Simple Abstract Proof of Sylow's Theorem | 1945-01-01 | Paper |
| An Eighth Lesson in the History of Mathematics | 1944-01-01 | Paper |
| A Ninth Lesson in the History of Mathematics | 1944-01-01 | Paper |
| Relative Number of Non-Invariant Operators in a Group | 1944-01-01 | Paper |
| Possible Numbers of Non-Invariant Operators of a Group | 1944-01-01 | Paper |
| Groups Containing Less Than Twenty-Eight Non-Invariant Operators | 1944-01-01 | Paper |
| Groups Involving a Small Number of Sets of Conjugate Operators | 1944-01-01 | Paper |
| A Fifth Lesson in the History of Mathematics | 1943-01-01 | Paper |
| A Sixth Lesson in the History of Mathematics | 1943-01-01 | Paper |
| A Seventh Lesson in the History of Mathematics | 1943-01-01 | Paper |
| Determination of the Subgroups of Small Index | 1943-01-01 | Paper |
| Possible Groups of Automorphisms | 1943-01-01 | Paper |
| Groups Containing a Prime Number of Conjugate Subgroups | 1943-01-01 | Paper |
| Groups Containing Four and Only Four Non-Invariant Subgroups | 1943-01-01 | Paper |
| Groups of Transformations of the Non-Invariant Subgroups | 1943-01-01 | Paper |
| Special Invariant Subgroups | 1943-01-01 | Paper |
| Subgroups Transformed According to a Group of Prime Order | 1943-01-01 | Paper |
| Implications Involved in Mathematical Advances | 1943-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5844725 | 1943-01-01 | Paper |
| A Fourth Lesson in the History of Mathematics | 1942-01-01 | Paper |
| Maximal Sylow Subgroups of a Given Group | 1942-01-01 | Paper |
| Certain Direct Products of the Groups of Self-Isometries | 1942-01-01 | Paper |
| Some Deductions from Frobenius's Theorem | 1942-01-01 | Paper |
| Automorphisms of the Dihedral Groups | 1942-01-01 | Paper |
| The Permutation Groups of a General Degree | 1942-01-01 | Paper |
| A third lesson in the history of mathematics. | 1941-01-01 | Paper |
| Maximal subgroups of a given group. | 1941-01-01 | Paper |
| Maximal subgroups of a finite group. | 1941-01-01 | Paper |
| Maximal Invariant Proper Subgroups of a Finite Group | 1941-01-01 | Paper |
| Maximal Subgroups of a Given Group | 1941-01-01 | Paper |
| Maximal Subgroups of a Finite Group | 1941-01-01 | Paper |
| Groups Containing Maximal Subgroups of Prime Order | 1941-01-01 | Paper |
| Maximal Subgroups Whose Orders Are Divisible by Two or Three | 1941-01-01 | Paper |
| Groups Containing a Maximal Proper Subgroup of Order 4 | 1941-01-01 | Paper |
| Fundamental laws of operations in mathematics. | 1940-01-01 | Paper |
| Groups which contain less than fourteen proper subgroups. | 1940-01-01 | Paper |
| The groups which contain exactly fourteen proper subgroups. | 1940-01-01 | Paper |
| Abelian groups which contain no more than 25 proper subgroups. | 1940-01-01 | Paper |
| Subgroups of the groups whose orders are below thirty. | 1940-01-01 | Paper |
| Minimal cross-cut subgroups relative to the product of their orders. | 1940-01-01 | Paper |
| Every two equal order subgroups having only identity in common. | 1940-01-01 | Paper |
| Groups Which Contain Less Than Fourteen Proper Subgroups | 1940-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5779933 | 1940-01-01 | Paper |
| Abelian Groups Which Contain No More Than 25 Proper Subgroups | 1940-01-01 | Paper |
| The Groups Which Contain Exactly Fourteen Proper Subgroups | 1940-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5847076 | 1940-01-01 | Paper |
| Subgroups of the Groups Whose Orders Are Below Thirty | 1940-01-01 | Paper |
| Minimal Cross-Cut Subgroups Relative to the Product of Their Orders | 1940-01-01 | Paper |
| Every Two Equal Order Subgroups Having Only Identity in Common | 1940-01-01 | Paper |
| Prime power groups determined by the number of their subgroups. | 1939-01-01 | Paper |
| Groups having a small number of subgroups. | 1939-01-01 | Paper |
| Groups which contain ten or eleven proper subgroups. | 1939-01-01 | Paper |
| Groups having a small number of sets of conjugate subgroups. | 1939-01-01 | Paper |
| A first lesson in the history of mathematics. | 1939-01-01 | Paper |
| A second lesson in the history of mathematics. | 1939-01-01 | Paper |
| Approximations in mathematics regarded as exact. | 1939-01-01 | Paper |
| Solution of equations by the ancients. | 1939-01-01 | Paper |
| Number of the subgroups of any given abelian group. | 1939-01-01 | Paper |
| Independent generators of the subgroups of an abelian group. | 1939-01-01 | Paper |
| Groups of degree \(n\) in which the largest degree of a substitution is a minimum. | 1939-01-01 | Paper |
| Groups containing a prime number of non-invariant subgroups. | 1939-01-01 | Paper |
| Groups which contain less than ten proper subgroups. | 1939-01-01 | Paper |
| Groups of Degree n in Which the Largest Degree of a Substitution is a Minimum | 1939-01-01 | Paper |
| Number of the Subgroups of Any Abelian Group | 1939-01-01 | Paper |
| Independent Generators of the Subgroups of an Abelian Group | 1939-01-01 | Paper |
| Groups Having a Small Number of Subgroups | 1939-01-01 | Paper |
| Groups Containing a Prime Number of Non-Invariant Subgroups | 1939-01-01 | Paper |
| Groups Which Contain Less Than Ten Proper Subgroups | 1939-01-01 | Paper |
| Groups Which Contain Ten or Eleven Proper Subgroups | 1939-01-01 | Paper |
| Prime Power Groups Determined by the Number of Their Subgroups | 1939-01-01 | Paper |
| Groups Having a Small Number of Sets of Conjugate Subgroups | 1939-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5844710 | 1939-01-01 | Paper |
| Unpardonable errors in the history of mathematics. | 1938-01-01 | Paper |
| The history of mathematics forty years ago. | 1938-01-01 | Paper |
| The first known long mathematical decline. | 1938-01-01 | Paper |
| Collected Works. Vol. II. | 1938-01-01 | Paper |
| Groups having a maximum number set of independent generators. | 1938-01-01 | Paper |
| Groups having a maximum set of independent generators of the same order. | 1938-01-01 | Paper |
| Groups having a maximum number set of conjugate independent generators. | 1938-01-01 | Paper |
| Groups of order \(p^m\) containing \(m-\alpha\) independent generators. | 1938-01-01 | Paper |
| Groups whose commutator subgroups are of order two. | 1938-01-01 | Paper |
| Relative numbers of operators and subgroups of a finite group. | 1938-01-01 | Paper |
| The relative numbers of the subgroups and operators of certain groups. | 1938-01-01 | Paper |
| Minimum degree of substitutions of highest degree in a group. | 1938-01-01 | Paper |
| Largest degree of a substitution in the groups of a given degree. | 1938-01-01 | Paper |
| Groups of degree \(n\) involving only substitutions of lower degrees. | 1938-01-01 | Paper |
| Groups Having a Maximum Set of Independent Generators of the Same Order | 1938-01-01 | Paper |
| Groups Having a Maximum Number Set of Conjugate Independent Generators | 1938-01-01 | Paper |
| Groups Whose Commutator Subgroups are of Order Two | 1938-01-01 | Paper |
| Groups Having a Maximum Number Set of Independent Generators | 1938-01-01 | Paper |
| Relative Numbers of Operators and Subgroups of a Finite Group | 1938-01-01 | Paper |
| Minimum Degree of Substitutions of Highest Degree in a Group | 1938-01-01 | Paper |
| The Relative Numbers of the Subgroups and Operators of Certain Groups | 1938-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5771243 | 1938-01-01 | Paper |
| Groups of Order p m Containing m — α Independent Generators | 1938-01-01 | Paper |
| Progress in the history of mathematics during the last forty years. | 1938-01-01 | Paper |
| Mathematical myths. | 1938-01-01 | Paper |
| Theory and applications of finite groups. | 1938-01-01 | Paper |
| False group theory. | 1937-01-01 | Paper |
| Group theory in mathematical education. | 1937-01-01 | Paper |
| Groups of order 64 whose squares generate the four group. | 1937-01-01 | Paper |
| Groups which contain a Hamiltonian subgroup of odd prime index. | 1937-01-01 | Paper |
| The groups of order \(p^m\) which have \(m - 1\) independent generators. | 1937-01-01 | Paper |
| Sets of independent generators of a finite group. | 1937-01-01 | Paper |
| Groups of order less than \(2^m\) having \(m - 1\) or \(m - 2\) independent generators. | 1937-01-01 | Paper |
| Groups having a maximum number of independent generators. | 1937-01-01 | Paper |
| Groups in which every set of independent generators is a maximum set. | 1937-01-01 | Paper |
| Groups in which every subgroup of composite order is invariant. | 1937-01-01 | Paper |
| Groups of Order 64 Whose Squares Generate the Four Group | 1937-01-01 | Paper |
| Groups Which Contain an Abelian Subgroup of Prime Index | 1937-01-01 | Paper |
| The Groups of Order p m Which Have m — 1 Independent Generators | 1937-01-01 | Paper |
| Groups of Order Less Than 2 m Having m — 1 or m — 2 Independent Generators | 1937-01-01 | Paper |
| Groups Having a Maximum Number of Independent Generators | 1937-01-01 | Paper |
| Groups in Which Every Set of Independent Generators Is a Maximum Set | 1937-01-01 | Paper |
| Groups in Which Every Subgroup of Composite Order Is Invariant | 1937-01-01 | Paper |
| Groups Which Contain a Hamiltonian Subgroup of Odd Prime Index | 1937-01-01 | Paper |
| The quartic equation. | 1937-01-01 | Paper |
| Group theory for the million. | 1937-01-01 | Paper |
| Groups which contain an abelian subgroup of prime index. | 1937-01-01 | Paper |
| Basal facts in the history of mathematics. | 1936-01-01 | Paper |
| Group theory in the secondary schools. | 1936-01-01 | Paper |
| Groups containing a relatively large number of operators of the same order. | 1936-01-01 | Paper |
| Groups in which the squares of the operators generate a cyclic group. | 1936-01-01 | Paper |
| General theorems applying to all the groups of order 32. | 1936-01-01 | Paper |
| Regular subgroups of a transitive substitution group. | 1936-01-01 | Paper |
| Number of the Abelian groups of a given order. | 1936-01-01 | Paper |
| Enumeration of the Abelian groups whose orders do not exceed a given number. | 1936-01-01 | Paper |
| Groups whose prime powers generate a cyclic subgroup. | 1936-01-01 | Paper |
| Factor congruences in the history of mathematics. | 1936-01-01 | Paper |
| Groups in Which the Squares of the Operators Generate a Cyclic Group | 1936-01-01 | Paper |
| Regular Subgroups of a Transitive Substitution Group | 1936-01-01 | Paper |
| General Theorems Applying to All the Groups of Order 32 | 1936-01-01 | Paper |
| Groups Containing a Relatively Large Number of Operators of the Same Order | 1936-01-01 | Paper |
| Number of the Abelian Groups of a Given Order | 1936-01-01 | Paper |
| Enumeration of the Abelian Groups Whose Orders Do Not Exceed a Given Number | 1936-01-01 | Paper |
| Groups Whose Prime Powers Generate a Cyclic Subgroup | 1936-01-01 | Paper |
| Group theory definitions in Webster's ``New international dictionary. | 1936-01-01 | Paper |
| A dozen mathematical errors in Webster's dictionary. | 1936-01-01 | Paper |
| Correcting errors in the histories of mathematics. | 1935-01-01 | Paper |
| The backwardness of early american mathematics. | 1935-01-01 | Paper |
| Motifs pour l'introduction des nombres négatifs. | 1935-01-01 | Paper |
| A characteristic feature of Babylonian mathematics. | 1935-01-01 | Paper |
| Collected works. I. | 1935-01-01 | Paper |
| Groups involving a set of as many conjugates as commutators. | 1935-01-01 | Paper |
| Sets of group elements involving only products of more than \(n\). | 1935-01-01 | Paper |
| Groups which are the products of two permutable proper subgroups. | 1935-01-01 | Paper |
| Groups containing five and only five squares. | 1935-01-01 | Paper |
| Groups in which the squares generate a subgroup of index less than seven. | 1935-01-01 | Paper |
| Largest groups determined by the squares of their operators. | 1935-01-01 | Paper |
| Fundamental ideas in the history of mathematics. | 1935-01-01 | Paper |
| Groups of order 2\(^{\text{m}}\) determined by subgroups generated by their squares. | 1935-01-01 | Paper |
| Formulas giving the number of the groups determined by squares. | 1935-01-01 | Paper |
| Groups Involving a Set of as Many Conjugates as Commutators | 1935-01-01 | Paper |
| Sets of Group Elements Involving Only Products of More Than n | 1935-01-01 | Paper |
| Groups Which Are the Products of Two Permutable Proper Sub-Groups | 1935-01-01 | Paper |
| Groups Containing Five and Only Five Squares | 1935-01-01 | Paper |
| Groups in Which the Squares Generate a Subgroup of Index Less Than Seven | 1935-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q5759295 | 1935-01-01 | Paper |
| Largest Groups Determined by the Squares of Their Operators | 1935-01-01 | Paper |
| Groups of Order 2 m Determined by Subgroups Generated by Their Squares | 1935-01-01 | Paper |
| Formulas Giving the Number of the Groups Determined by Squares | 1935-01-01 | Paper |
| Evolution of the use of the modern mathematical concept of group. | 1935-01-01 | Paper |
| Confusions in the use of the mathematical term group. | 1934-01-01 | Paper |
| Distinct groups whose subgroups are simple isomorphic. | 1934-01-01 | Paper |
| Groups generated by an operator of order 2 and an operator of order 3 whose commutator is of order 2. | 1934-01-01 | Paper |
| Minimum number of squares in a group when not all of them are relatively commutative. | 1934-01-01 | Paper |
| Groups whose squares constitute cyclic subgroups. | 1934-01-01 | Paper |
| Groups of order \(2^n\) whose squared elements constitute a cyclic subgroup`. | 1934-01-01 | Paper |
| Groups involving three and only three squares. | 1934-01-01 | Paper |
| Groups involving four operators which are squares. | 1934-01-01 | Paper |
| Groups whose Sylow sub-groups of order \(p^m\) contain no more than \(p^{m+2}\) operators whose orders are powers of \(p\). | 1934-01-01 | Paper |
| Groups in which the squares of the elements are dihedral groups. | 1934-01-01 | Paper |
| Mathematics developed by the common people. | 1934-01-01 | Paper |
| Vague historical views relating to the negative numbers. | 1934-01-01 | Paper |
| A mathematical solution developed during more than three milleniums. | 1934-01-01 | Paper |
| Historical note on the determination of all the permutation groups of low degree. | 1934-01-01 | Paper |
| Background of mathematics in America. | 1934-01-01 | Paper |
| Definitions of the mathematical term group. | 1934-01-01 | Paper |
| Expository remarks on the theory of groups. | 1934-01-01 | Paper |
| Groups in which the squares of the elements are a dihedral subgroup. | 1934-01-01 | Paper |
| Salient theorems of the theory of groups and their history. | 1934-01-01 | Paper |
| Groups Involving Four Operators Which are Squares | 1934-01-01 | Paper |
| Minimum Number of Squares in a Group When Not All of Them Are Relatively Commutative | 1934-01-01 | Paper |
| Groups Whose Squares Constitute Cyclic Subgroups | 1934-01-01 | Paper |
| Groups Involving Three and Only Three Squares | 1934-01-01 | Paper |
| GROUPS WHOSE SYLOW SUB-GROUPS OF ORDER pm CONTAIN NO MORE THAN pm+2 OPERATORS WHOSE ORDERS ARE POWERS OF p | 1934-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4756525 | 1934-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4756758 | 1934-01-01 | Paper |
| Confusions in the Use of the Mathematical Term Group | 1934-01-01 | Paper |
| Groups of Order 2 n Whose Squared Elements Constitute a Cyclic Subgroup | 1934-01-01 | Paper |
| Distinct Groups Whose Subgroups Are Simply Isomorphic | 1934-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4757246 | 1934-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4757748 | 1934-01-01 | Paper |
| Groups in Which the Squares of the Elements are a Dihedral Subgroup | 1934-01-01 | Paper |
| Groups whose orders involve a small number of unity congruences. | 1933-01-01 | Paper |
| Groups involving only operators whose orders divide \(4\) and whose operators of order \(4\) have a common square. | 1933-01-01 | Paper |
| Groups whose operators have no more than three distinct squares. | 1933-01-01 | Paper |
| Groups involving a small number of squares. | 1933-01-01 | Paper |
| Groups in which every operator has at most a prime number of conjugates. | 1933-01-01 | Paper |
| Groups generated by two operators of order 3 whose commutator is of order 2. | 1933-01-01 | Paper |
| Groups in which either all the operators or all the subgroups of the same order are conjugate. | 1933-01-01 | Paper |
| Sylow subgroups and the number of operators whose orders are powers of the same prime. | 1933-01-01 | Paper |
| Number of operators of prime power orders contained in a group. | 1933-01-01 | Paper |
| Groups generated by two operators of order \(2\) and \(4\) respectively whose commutator is of order \(2\). | 1933-01-01 | Paper |
| A new aid for mathematics teachers. | 1933-01-01 | Paper |
| Historical notes in Felix Klein's elementary mathematics. | 1933-01-01 | Paper |
| Notas historicas de Félix Klein sobre matematica elemental. | 1933-01-01 | Paper |
| Characteristic features of mathematics and of its history. | 1933-01-01 | Paper |
| A crusade against the use of negative numbers. | 1933-01-01 | Paper |
| Mathematical confusions. | 1933-01-01 | Paper |
| Groups Whose Orders Involve a Small Number of Unity Congruences | 1933-01-01 | Paper |
| Groups Involving Only Operators Whose Orders Divide 4 and Whose Operators of Order 4 Have a Common Square | 1933-01-01 | Paper |
| Sylow Subgroups and the Number of Operators Whose Orders Are Powers of the Same Prime | 1933-01-01 | Paper |
| Groups Whose Operators Have No More Than Three Distinct Squares | 1933-01-01 | Paper |
| Groups in Which Every Operator Has at Most a Prime Number of Conjugates | 1933-01-01 | Paper |
| Groups Involving a Small Number of Squares | 1933-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4753897 | 1933-01-01 | Paper |
| Number of Operators of Prime Power Orders Contained in a Group | 1933-01-01 | Paper |
| Our common numerals. | 1933-01-01 | Paper |
| Groups in which every operator has at most a prime number of conjugates. | 1933-01-01 | Paper |
| Historical note on negative numbers. | 1932-01-01 | Paper |
| Non-Group Operations | 1932-01-01 | Paper |
| The Commutator Subgroup of a Group Generated by Two Operators | 1932-01-01 | Paper |
| Complete Sets of Conjugates Under a Group | 1932-01-01 | Paper |
| A few desirable modifications in the literature of group theory | 1932-01-01 | Paper |
| https://portal.mardi4nfdi.de/entity/Q4481324 | 1932-01-01 | Paper |
| Orders for Which a Given Number of Groups Exist | 1932-01-01 | Paper |
| A few desirable modifications in the literature of group theory. | 1932-01-01 | Paper |
| Non-group operations. | 1932-01-01 | Paper |
| Orders for which a given number of groups exist. | 1932-01-01 | Paper |
| Orders for which there exist exactly four or five groups. | 1932-01-01 | Paper |
| Sets of distinct group operators involving all the products but not all the squares. | 1932-01-01 | Paper |
| Complete sets of conjugates under a group. | 1932-01-01 | Paper |
| The commutator subgroup of a group generated by two operators. | 1932-01-01 | Paper |
| Recent discoveries in the history of mathematics . | 1932-01-01 | Paper |
| The word algebra. | 1932-01-01 | Paper |
| Historical note on the determination of abstract groups of given orders . | 1932-01-01 | Paper |
| Definition of a mathematical group. | 1932-01-01 | Paper |
| Groups generated by two operators whose squares are invariant | 1931-01-01 | Paper |
| A Few Theorems Relating to the Rhind Mathematical Papyrus | 1931-01-01 | Paper |
| Automorphisms of Order 2 of an Abelian Group | 1931-01-01 | Paper |
| Theorems Relating to the Pre-Grecian Mathematics | 1931-01-01 | Paper |
| Groups Involving a Small Number of Conjugates | 1931-01-01 | Paper |
| Representation of a group as a transitive permutation group | 1931-01-01 | Paper |
| Groups Which Admit Five-Eighths Automorphisms | 1931-01-01 | Paper |
| Inverse Commutator Subgroups | 1931-01-01 | Paper |
| Twelve fundamental mathematical concepts. | 1931-01-01 | Paper |
| Theorems relating to the history of mathematics. | 1931-01-01 | Paper |
| A mathematical proof. | 1931-01-01 | Paper |
| The mathematical weakness of the early civilizations. | 1931-01-01 | Paper |
| A few theorems relating to the Rhind mathematical papyrus. | 1931-01-01 | Paper |
| Theorems relating to the pre-grecian mathematics. | 1931-01-01 | Paper |
| Groups generated by two operators whose squares are invariant. | 1931-01-01 | Paper |
| Representation of a group as a transitive permutation group. | 1931-01-01 | Paper |
| Groups which admit five-eights automorphisms. | 1931-01-01 | Paper |
| Inverse commutator subgroups. | 1931-01-01 | Paper |
| Automorphisms of order 2 of an abelian group. | 1931-01-01 | Paper |
| Groups involving a small number of conjugates. | 1931-01-01 | Paper |
| Marginal notes on Sanford's Short History of Mathematics. | 1931-01-01 | Paper |
| Group theory and the history of logarithms. | 1931-01-01 | Paper |
| Marginal notes on volume II of Smith's History of mathematics. | 1930-01-01 | Paper |
| Mathematics in the fourteenth edition of the Encyclopaedia Britannica. | 1930-01-01 | Paper |
| Early definitions of the mathematical term abstract group. | 1930-01-01 | Paper |
| Finality in mathematics. | 1930-01-01 | Paper |
| Determination of all the groups of order 64. | 1930-01-01 | Paper |
| Determination of all the groups of order 96. | 1930-01-01 | Paper |
| Inverse correspondences in automorphisms of Abelian groups. | 1930-01-01 | Paper |
| Groups which admit two-thirds automorphisms. | 1930-01-01 | Paper |
| Non-Abelian groups admitting more than half inverse correspondencies. | 1930-01-01 | Paper |
| Groups generated by two given groups. | 1930-01-01 | Paper |
| Group of isomorphisms of an Abelian group. | 1930-01-01 | Paper |
| Groups which are decomposable into two non-invariant cyclic subgroups. | 1930-01-01 | Paper |
| Extension of the concept of group of isomorphisms. | 1930-01-01 | Paper |
| Inverse correspondences in automorphisms of abelian groups. | 1930-01-01 | Paper |
| Introduction à la théorie des congruences au moyen de la théorie des groupes. | 1930-01-01 | Paper |
| On the history of determinants. | 1930-01-01 | Paper |
| Babylonian mathematics. | 1930-01-01 | Paper |
| Graphical methods and the history of mathematics. | 1929-01-01 | Paper |
| On the history of our common system of numerical notation. | 1929-01-01 | Paper |
| Non-abelian groups of odd prime power order which admit a maximal number of inverse correspondencies in an automorphism. | 1929-01-01 | Paper |
| Groups which admit automorphisms in which exactly three-fourths of the operators correspond to their inverses. | 1929-01-01 | Paper |
| Number of Abelian subgroups in every prime power group. | 1929-01-01 | Paper |
| Determination of all the abstract groups of order 72. | 1929-01-01 | Paper |
| On the number of cyclic subgroups of a group. | 1929-01-01 | Paper |
| Did John Napier invent logarithms? | 1929-01-01 | Paper |
| Mathematical deserts and some of their oases. | 1929-01-01 | Paper |
| Origin of our common positional arithmetic. | 1929-01-01 | Paper |
| The so-called Hindu-Arabic numerals. | 1929-01-01 | Paper |
| Possible \(\alpha\)-automorphisms of non-abelian groups. | 1929-01-01 | Paper |
| Groups which admit three-fourth automorphisms. | 1929-01-01 | Paper |
| Automorphism commutators. | 1929-01-01 | Paper |
| Possible orders of two generators of the alternating and of the symmetric group. | 1928-01-01 | Paper |
| History of algebra. | 1928-01-01 | Paper |
| History of several fundamental mathematical concepts. | 1928-01-01 | Paper |
| Laws relating to mathematical operations. | 1928-01-01 | Paper |
| Determination of all the groups which contain a given group as an invariant subgroup of prime index. | 1928-01-01 | Paper |
| The number of systems of imprimitivity of transitive substitution groups. | 1928-01-01 | Paper |
| Origin of our present mathematics. | 1928-01-01 | Paper |
| Harmony as a principle of mathematical development. | 1928-01-01 | Paper |
| The algebraization of mathematics. | 1928-01-01 | Paper |
| History of intangible advances in mathematics. | 1928-01-01 | Paper |
| The so-called sieve of Eratosthenes. | 1928-01-01 | Paper |
| Note on the history of logarithms. | 1928-01-01 | Paper |
| The development of the function concept. | 1928-01-01 | Paper |
| Archimedes and trigonometry. | 1928-01-01 | Paper |
| Definitions of abstract groups. | 1928-01-01 | Paper |
| Groups of plane symmetries. | 1928-01-01 | Paper |
| Commutative conjugate cycles in subgroups of the holomorph of an abelian group. | 1928-01-01 | Paper |
| The number of systems of imprimitivity of transitive substitution groups. | 1928-01-01 | Paper |
| Transformation of conjugate elements or of conjugate subgroups. | 1928-01-01 | Paper |
| Groups involving a cyclic, a dicyclic or a dihedral group as an invariant subgroup of prime index. | 1928-01-01 | Paper |
| An infinite system of complete groups. | 1928-01-01 | Paper |
| A characteristic property of a co-set. | 1928-01-01 | Paper |
| Possible orders of two generators of the alternating and of the symmetric group. | 1927-01-01 | Paper |
| On the history of finite abstract groups. | 1927-01-01 | Paper |
| Felix Klein and the history of modern mathematics. | 1927-01-01 | Paper |
| Determination of the number of subgroups of an Abelian group. | 1927-01-01 | Paper |
| Substitutions which transform a regular group into its conjoint. | 1927-01-01 | Paper |
| Groups whose operators are of the form \(s^p t^q\). | 1927-01-01 | Paper |
| Groups generated by two operators of order three whose product is of order three. | 1927-01-01 | Paper |
| Groups generated by two operators of order three, whose product is of order six. | 1927-01-01 | Paper |
| Groups generated by two operators of order three, the cube of whose product is invariant. | 1927-01-01 | Paper |
| The transformation of a regular group into its conjoint. | 1926-01-01 | Paper |
| Subgroups of index \(p^2\) contained in a group of order \(p^m\). | 1926-01-01 | Paper |
| Multiply transitive substitution groups. | 1926-01-01 | Paper |
| Biographical note relating to J. J. Sylvester. | 1926-01-01 | Paper |
| Relative abilities in mathematics of boys and girls. | 1926-01-01 | Paper |
| Historical note on the solution of an algebraic equation. | 1926-01-01 | Paper |
| Weak points in Greek mathematics. | 1926-01-01 | Paper |
| Points faibles des mathématiques grecques. | 1926-01-01 | Paper |
| On the history of logarithms. | 1926-01-01 | Paper |
| Postulates in the history of science. | 1926-01-01 | Paper |
| A wide spread error relating to logarithms. | 1926-01-01 | Paper |
| Was Paul Guldin a plagiarist? | 1926-01-01 | Paper |
| The so-called Naperian logarithms. | 1926-01-01 | Paper |
| History of mathematics in the schools. | 1926-01-01 | Paper |
| Subgroups of index \(p^2\) contained in a group of order \(p^m\). | 1926-01-01 | Paper |
| Groups containing a relatively small number of Sylow subgroups. | 1926-01-01 | Paper |
| Form of the number of the prime power subgroups of an Abelian group. | 1926-01-01 | Paper |
| Lettera al prof. Luigi Bianchi. | 1926-01-01 | Paper |
| Multiply transitive substitution groups. | 1926-01-01 | Paper |
| Imprimitive substitution groups. | 1925-01-01 | Paper |
| ``Mathematics and eternity. | 1925-01-01 | Paper |
| Histoire de cinq concepts fondamentaux des mathématiques. | 1925-01-01 | Paper |
| Elementary mathematics in 1700. | 1925-01-01 | Paper |
| Fundamental facts in the history of mathematics. | 1925-01-01 | Paper |
| Arithmetization in the history of mathematics. | 1925-01-01 | Paper |
| History of science in secondary education. | 1925-01-01 | Paper |
| Geometric solution of the quadratic equation. | 1925-01-01 | Paper |
| Simplifications relating to a proof of Sylow's theorem. | 1925-01-01 | Paper |
| Operadores característicos de un grupo de orden finito. | 1925-01-01 | Paper |
| New proofs of the simplicity of every alternating group whose degree is not four. | 1925-01-01 | Paper |
| The subgroup composed of the substitutions which omit a letter of a transitive group. | 1925-01-01 | Paper |
| Transitive groups involving direct products of lower degree. | 1925-01-01 | Paper |
| Imprimitive substitution groups. | 1925-01-01 | Paper |
| Subgroup composed of the substitutions which omit a letter of a transitive group. | 1925-01-01 | Paper |
| Historical note on the solution of equations. | 1924-01-01 | Paper |
| Modifications to the ``New International Encyclopedia, | 1924-01-01 | Paper |
| American Mathematics during three quarters of a century. | 1924-01-01 | Paper |
| Number of cycles of the same order in a given substitution group. | 1924-01-01 | Paper |
| New applications of a fundamental theorem of substitution groups. | 1924-01-01 | Paper |
| Prime power substitution groups whose conjugate cycles are commutative. | 1924-01-01 | Paper |
| New applications of a fundamental theorem of substitution groups. | 1923-01-01 | Paper |
| New proof of the theorem that every prime power group contains invariant operators. | 1923-01-01 | Paper |
| Determination of all the characteristic subgroups of an abelian group. | 1923-01-01 | Paper |
| A widerspread error relating to Greek mathematics. | 1923-01-01 | Paper |
| Inaccuracies in the mathematical literature. | 1923-01-01 | Paper |
| Same left co-set and right co-set multipliers for any given finite group. | 1923-01-01 | Paper |
| Groups in which the number of operators in a set of conjugates is equal to the order of the commutator subgroup. | 1923-01-01 | Paper |
| Sets of conjugate cycles of a substitution group. | 1923-01-01 | Paper |
| I-conjugate operators of an abelian group. | 1923-01-01 | Paper |
| Form of the number of the subgroups of a prime power group. | 1923-01-01 | Paper |
| Groups of order \(2^m\) in which the number of the subgroups of at least one order is of the form \(1 + 4k\). | 1923-01-01 | Paper |
| Prime-power groups containing only one invariant subgroup of every index which exceeds this prime number. | 1922-01-01 | Paper |
| Seeming contradictions in the theory of groups. | 1922-01-01 | Paper |
| Substitution groups whose cycles of the same order contain a given number of letters. | 1922-01-01 | Paper |
| Groups in which the number of operators in a set of conjugates is equal to the order of the commutator subgroup. | 1922-01-01 | Paper |
| Substitutions commutative with every substitution of an intransitive group. | 1922-01-01 | Paper |
| Disagreeing with textbook. | 1922-01-01 | Paper |
| A few very popular mathematics teachers. | 1922-01-01 | Paper |
| Easy group theory. | 1922-01-01 | Paper |
| Contradictions in the literature of group theory. | 1922-01-01 | Paper |
| Comments on the ``Reply of Professor Cajori. | 1922-01-01 | Paper |
| The simple group of order 2520. | 1922-01-01 | Paper |
| Substitutions commutative with every substitution of an intransitive group. | 1922-01-01 | Paper |
| Number of substitutions omitting at least one letter in a transitive group. | 1922-01-01 | Paper |
| Substitution groups whose cycles of the same order contain a given number of letters. | 1922-01-01 | Paper |
| I-conjugate operators of an abelian group. | 1921-01-01 | Paper |
| An overlooked infinite system of groups of order \(pq^2\), \(p\) and \(q\) being prime numbers. | 1921-01-01 | Paper |
| Different types of mathematical history. | 1921-01-01 | Paper |
| Group theory reviews in the Jahrbuch über die Fortschritte der Mathematik. | 1921-01-01 | Paper |
| Note on prime numbers. | 1921-01-01 | Paper |
| The formula \(\frac12a(a+1)\) for the area of an equilateral triangle. | 1921-01-01 | Paper |
| Reciprocal subgroups of an abelian group. | 1921-01-01 | Paper |
| An overlooked infinite system of groups of order \(p\,q^2\). | 1921-01-01 | Paper |
| Group of isomorphisms of a transitive substitution group. | 1921-01-01 | Paper |
| Note on the term maximal subgroup. | 1921-01-01 | Paper |
| Illustrative examples of domains of rationality and their groups. | 1921-01-01 | Paper |
| Groups involving three and only three operators which are square. | 1920-01-01 | Paper |
| Note on the transformations of the Sylow subgroups. | 1920-01-01 | Paper |
| Groups generated by two operators of order three whose product is of order four. | 1920-01-01 | Paper |
| Groups generated by two operators, \(s_1, s_2\), which satisfy the conditions \(s_1^m = s_2^n, (s_1s_2)^k = 1, s_1 s_2 = s_2 s_1\). | 1920-01-01 | Paper |
| Groups of order \(2^{m'}\) which contain a relatively large number of operators of order two. | 1920-01-01 | Paper |
| Characteristic subgroups of an abelian prime power group. | 1920-01-01 | Paper |
| Groups involving three and only three operators which are square. | 1920-01-01 | Paper |
| Group of order \(g\) containing \(g/2 -1\) involutions. | 1920-01-01 | Paper |
| Groups involving only operators whose orders are divisors of four. | 1920-01-01 | Paper |
| La notion d'équivalence dans la théorie des groupes. | 1920-01-01 | Paper |
| Properties of the subgroups of an abelian prime power group which are conjugate under its group of isomorphisms. | 1920-01-01 | Paper |
| Cajori's history of mathematics. | 1919-01-01 | Paper |
| Sur un point d'histoire des groupes finis discontinus. | 1919-01-01 | Paper |
| Groups containing a relatively large number of operators of order two. | 1919-01-01 | Paper |
| Form of the number of subgroups of prime power groups. | 1919-01-01 | Paper |
| Groups possessing a small number of sets of conjugate operators. | 1919-01-01 | Paper |
| Groups generated by two operators whose relative transforms are equal to each other. | 1919-01-01 | Paper |
| Relation between abstract group properties and substitution groups. | 1919-01-01 | Paper |
| Determinant groups. | 1918-01-01 | Paper |
| Determinant groups. | 1918-01-01 | Paper |
| Mathematical encyclopadie dictionary. | 1918-01-01 | Paper |
| Definitions of the discriminant of a rational integral function of one variable. | 1918-01-01 | Paper |
| Determinant groups. -- Group theory proof of two elementary theorems in number theory. | 1918-01-01 | Paper |
| Sets of independent generators of a substitution group. | 1918-01-01 | Paper |
| Substitution groups on the terms of symmetric polynomials. | 1918-01-01 | Paper |
| Groups formed by special matrices. | 1918-01-01 | Paper |
| Group-theory proof of two elementary in number theory. | 1918-01-01 | Paper |
| On the \(\alpha\)-holomorphisms of a group. | 1918-01-01 | Paper |
| Mathematics in the New International Encyclopedia. | 1917-01-01 | Paper |
| The obsolete in mathematics. | 1917-01-01 | Paper |
| Substitution groups and possible arrangements of the players at card tournements. | 1917-01-01 | Paper |
| Possible characteristic operators of a group. | 1917-01-01 | Paper |
| Groups generated by two operators of the same prime order such that the conjugates of one under the powers of the other are commutative. | 1917-01-01 | Paper |
| Automorphisms of period two of an \textit{Abel}ian group whose order is a power of two. | 1917-01-01 | Paper |
| Exposition of groups of a \textit{Galois} field. | 1917-01-01 | Paper |
| Theory and applications of finite groups. | 1916-01-01 | Paper |
| Historical introduction to mathematical literature. | 1916-01-01 | Paper |
| Limits of transitivity of a substitution group. | 1916-01-01 | Paper |
| Finite groups represented by sepcial matrices. | 1916-01-01 | Paper |
| Graphical method of finding the possible sets of independent generators of an \textit{Abel}ian group. | 1916-01-01 | Paper |
| Orders of opertors of congruence groups modulo \(2^r3^s\). | 1916-01-01 | Paper |
| Substitution groups and possible arrangements of players atcard tournaments. | 1916-01-01 | Paper |
| Possible characteristic operators of a group. | 1916-01-01 | Paper |
| Historical introduction to mathematical literature. | 1916-01-01 | Paper |
| A tribute to \textit{Samuel Walker Shattuck}. | 1916-01-01 | Paper |
| Journaux ayant édité des questions de théorie des nombres ou de géométrie curieuse (question 4515, de \textit{A. Gérardin}). | 1916-01-01 | Paper |
| Finite groups represented by special matrices. | 1916-01-01 | Paper |
| Upper limit of the degree of transitivity of a substitution group. | 1916-01-01 | Paper |
| Graphical method of finding the possible sets of independent generators of an \textit{Abel}ian group. | 1916-01-01 | Paper |
| Limits of the degree of transitivity of substitution groups. | 1915-01-01 | Paper |
| Note on several theorems due to \textit{A. Capelli}. | 1915-01-01 | Paper |
| Limits of the degree of transitivity of substitution groups. | 1915-01-01 | Paper |
| Note on several theorems due to \textit{A. Capelli}. | 1915-01-01 | Paper |
| Limits of the degree of transitivity of substitution groups. | 1915-01-01 | Paper |
| The \(\Phi\)-subgroup of a group of finite order. | 1915-01-01 | Paper |
| The \(\Phi\)-subgroup of a group. | 1915-01-01 | Paper |
| Groups possessing at least one set of independent generators composed of a many operators as there are prime factors in the order of the group. | 1915-01-01 | Paper |
| Note on several theorems due to \textit{A. Capelli}. | 1915-01-01 | Paper |
| Note on the potential and the antipotential group of a given group. | 1915-01-01 | Paper |
| A new proof of \textit{Sylow}'s theorem. | 1915-01-01 | Paper |
| Theory and application of finite groups. | 1915-01-01 | Paper |
| Groups of substraction and division with respect to a modulus. | 1915-01-01 | Paper |
| History of mathematics. | 1915-01-01 | Paper |
| The preparation of mathematics teachers in the United States of America. | 1915-01-01 | Paper |
| Note on the potential and the antipotential group of a given group. | 1915-01-01 | Paper |
| A new proof of \textit{Sylow}'s theorem. | 1915-01-01 | Paper |
| Independent generators of a group of finite order. | 1915-01-01 | Paper |
| Successive transforms of an operator with respect to a given Operator. | 1915-01-01 | Paper |
| Sur le théorème de \textit{Sylow}. | 1915-01-01 | Paper |
| Primitive substitution groups of degree nine. | 1915-01-01 | Paper |
| Note on intransitive substitution groups. | 1915-01-01 | Paper |
| Groups which are commutator subgroups of other groups. | 1915-01-01 | Paper |
| Some properties of the group of isomorphisms of an abelian group. | 1914-01-01 | Paper |
| Note on multiply transitive solvable substitution groups. | 1914-01-01 | Paper |
| A non-abelian group whose group of isomorphism is abelian. | 1914-01-01 | Paper |
| A group of order \(p^m\) whose group of isomorphism is abelian. | 1914-01-01 | Paper |
| A group admitting outer isomorphisms which do not permute any sets of conjugate operators. | 1914-01-01 | Paper |
| Grupos: nomenclatura y notación. | 1914-01-01 | Paper |
| Groups of the figures of elementary geometry. | 1914-01-01 | Paper |
| On the \(\Phi\)-subgroup of a group. | 1914-01-01 | Paper |
| Remarks on the bearing of the theory of groups. | 1914-01-01 | Paper |
| Representation groups of well known systems of groups. | 1914-01-01 | Paper |
| Groups of the figures of elementary geometry. | 1914-01-01 | Paper |
| Note on the multiply transitive solvable substitution groups. | 1914-01-01 | Paper |
| The group of isomorphism of an abelian group and some of its abelian subgroups. | 1914-01-01 | Paper |
| Examples of normal domains of rationality belonging to elementary groups. | 1914-01-01 | Paper |
| Independent generators contained in a subgroup of an abelian group. | 1914-01-01 | Paper |
| Outer isomorphisms of a group whose inner isomorphisms form a group having the square of a prime for its order. | 1914-01-01 | Paper |
| Representation groups of well known Systems of groups. | 1914-01-01 | Paper |
| Remarks on the bearing of the theory of groups. | 1914-01-01 | Paper |
| Groups which contain an abelian subgroup of prime index. | 1913-01-01 | Paper |
| Some properties of the group of isomorphisms of an abelian group. | 1913-01-01 | Paper |
| Some thoughts on modern mathematical research. | 1913-01-01 | Paper |
| Some properties of the commutators arising from an operator of a given order. | 1913-01-01 | Paper |
| Maximal order of the multiplying group corresponding to a \(p\)-isomorphism of an abelian group of order \(p^m\). | 1913-01-01 | Paper |
| Errors in the literature on groups of finite order. | 1913-01-01 | Paper |
| Mathematical definitions in the new standard dictionary. | 1913-01-01 | Paper |
| On the representation groups of given abstract groups. | 1913-01-01 | Paper |
| Groups containing a given number of operators whose orders are powers of the same prime number. | 1913-01-01 | Paper |
| Second note on the groups generated by operators transforming each other into their inverses. (A correction.). | 1913-01-01 | Paper |
| A non-abelian group whose group of isomorphism is abelian. | 1913-01-01 | Paper |
| A group of order \(p^m\) whose group of isomorphisms is of order \(p^a\). | 1913-01-01 | Paper |
| The product of two or more groups. | 1913-01-01 | Paper |
| Groups which contain a given number of operators whose orders are powers of the same prime. | 1912-01-01 | Paper |
| Gauss's lemma and some related group theory. | 1912-01-01 | Paper |
| Second note on the groups generated by operators transforming each other into their inverses. | 1912-01-01 | Paper |
| A few theorems relating to \textit{Sylow} subgroups. | 1912-01-01 | Paper |
| Modern mathematical research. | 1912-01-01 | Paper |
| On the introduction of the word group as a technical mathematical term. | 1912-01-01 | Paper |
| Some thoughts on modern mathematical research. | 1912-01-01 | Paper |
| Some properties of the groups of isomorphisms. | 1912-01-01 | Paper |
| Infinite systems of indivisible groups. | 1912-01-01 | Paper |
| A third generalization of the groups of the regular polyhedrons. | 1912-01-01 | Paper |
| Note on the maximal cyclic subgroups of a group of order \(p^m\). | 1912-01-01 | Paper |
| A few theorems relating to \textit{Sylow} subgroups. | 1912-01-01 | Paper |
| Abstract properties of the finite groups which can be represented linearly on one variable. | 1912-01-01 | Paper |
| New proof of the invariants of an abelian group. | 1912-01-01 | Paper |
| Note on ratio matrices. | 1912-01-01 | Paper |
| A third generalization of the group of the regular polyhedra. | 1911-01-01 | Paper |
| Some properties of the group of isomorphisms. | 1911-01-01 | Paper |
| The group generated by two conjoints. | 1911-01-01 | Paper |
| On the totality of substitutions on \(n\) letters which are commutative with every substitution of a given group on the same letters. | 1911-01-01 | Paper |
| Tests of symmetric polynomials. | 1911-01-01 | Paper |
| The cyclic group as a basic element in the theory of numbers. | 1911-01-01 | Paper |
| On the use of the co-sets of a group. | 1911-01-01 | Paper |
| Isomorphisms of a group whose order is a power of a prime. | 1911-01-01 | Paper |
| Note on the imprimitive substitution groups. | 1911-01-01 | Paper |
| Abstract definitions of all substitution groups whose degrees do not exceed seven. | 1911-01-01 | Paper |
| Effect on the product when its factors are permuted in every possible manner. | 1911-01-01 | Paper |
| Groups generated by two operators satisfying two conditions. | 1911-01-01 | Paper |
| Number of the Abelian sub-groups in the possible groups of order \(2^m\). | 1911-01-01 | Paper |
| Appreciative remarks on the theory of groups. | 1911-01-01 | Paper |
| Some relations between substitution group properties and abstract groups. | 1910-01-01 | Paper |
| Note on the equation \(s_1s_2=s_2^2s_1^2,s_1\) and \(s_2\) being operators of a finite group. | 1910-01-01 | Paper |
| Groups generated by two operators \((s_1, s_2)\) satisfying the equation \(s_1s_2=s_2s_1^2\). | 1910-01-01 | Paper |
| Groups generated by two operators each of which transforms the square of the other into a power of itself. | 1910-01-01 | Paper |
| Groups generated by two operators each of which is transformed into a power of itself by the square of the other. | 1910-01-01 | Paper |
| Note on the groups generated by two operators whose squares are invariant. | 1910-01-01 | Paper |
| Groups involving only a small number of sets of conjugate operators. | 1910-01-01 | Paper |
| Groups of transformations of \textit{Sylow} subgroups. | 1910-01-01 | Paper |
| Multiply transitive groups of transformations of complete sets of conjugates. | 1910-01-01 | Paper |
| Generalizations of the tetraedral and octaedral groups. | 1910-01-01 | Paper |
| Generalizations of the icosaedral group. | 1910-01-01 | Paper |
| The founder of the group theory. | 1910-01-01 | Paper |
| Sur les groupes engendrés par deux opérateurs dont chacun transforme le carré de lautre en son inverse. | 1910-01-01 | Paper |
| The sixty-first meeting of the American Association for the advancement of science. | 1910-01-01 | Paper |
| Mathematics beyond the calculus. | 1910-01-01 | Paper |
| Note on the solution of a system of linear equations. | 1910-01-01 | Paper |
| Groups generated by two operators \(s_1,s_2\) satisfying the equation \(s_1s_2^2=s_2s_1^2\). | 1910-01-01 | Paper |
| Addition to \textit{Sylow}'s theorem. | 1910-01-01 | Paper |
| Groups of transformation of \textit{Sylow} subgroups. | 1910-01-01 | Paper |
| Extensions of theorems due to \textit{Cauchy}. | 1910-01-01 | Paper |
| The group generated by two conjoints. | 1910-01-01 | Paper |
| Generalization of the icosahedral group. | 1910-01-01 | Paper |
| Note on \textit{William R. Hamilton}'s place in the history of abstract group theory. | 1910-01-01 | Paper |
| \textit{Kronecker} and the \textit{Galois} theory of equations. | 1910-01-01 | Paper |
| On the solution of a system of linear equations. | 1910-01-01 | Paper |
| Extensions of two theorems due to \textit{Cauchy}. | 1910-01-01 | Paper |
| On a method due to \textit{Galois}. | 1910-01-01 | Paper |
| Historical sketch of the development of the theory of groups of finite order. | 1909-01-01 | Paper |
| The central of a group. | 1909-01-01 | Paper |
| Automorphisms of order two. | 1909-01-01 | Paper |
| Finite groups which may be defined by two operators satisfying two conditions. | 1909-01-01 | Paper |
| The groups which may be generated by two operators \(s_1\), \(s_2\) satisfying the equation \((s_1s_2)^\alpha= (s_2s_1)^\beta\), \(\alpha\) and \(\beta\) being relatively prime. | 1909-01-01 | Paper |
| Groups formed by prime residues with respect to modular systems. | 1909-01-01 | Paper |
| Methods to determine the primitive roots of a number. | 1909-01-01 | Paper |
| On the multiple holomorphs of a group. | 1909-01-01 | Paper |
| The sixteenth meeting of the American Association for the advancement of science. | 1909-01-01 | Paper |
| The future of mathematics. The popular science. | 1909-01-01 | Paper |
| Note on the groups generated by operators transforming each other into their inverses. | 1908-01-01 | Paper |
| On the groups generated by two operators satisfying the equation \(s_1s_2 = s^{-2}_2s^{-2}_1\). | 1908-01-01 | Paper |
| The classification of mathematics. | 1908-01-01 | Paper |
| Answer to a question raised by \textit{Cayley} as regards a property of abstract groups. | 1908-01-01 | Paper |
| Groups defined by the orders of two generators and the order of their commutator. | 1908-01-01 | Paper |
| On the holomorph of the cyclic group of order \(p^m\). | 1908-01-01 | Paper |
| Groups generated by \(n\) operators each of which is the product of the \(n - 1\) remaining ones. | 1908-01-01 | Paper |
| The groups of isomorphisms of the groups whose degree is less than eight. | 1908-01-01 | Paper |
| Note on the groups of subtraction and division, and on the hyperbolic functions. | 1908-01-01 | Paper |
| On the groups generated by two operators (\(s_1,s_2\)) satisfying the equation \(s_1s_2 = s^\alpha_2s^\beta_1\). | 1908-01-01 | Paper |
| The fifty-eighth meeting of the American Association for the Advancement of Science. | 1908-01-01 | Paper |
| Groups in which the subgroup which involves all the substitutions omitting a given letter is regular. | 1908-01-01 | Paper |
| Transitive groups of degree \(p = 2q + 1\), \(p\) and \(q\) being prime numbers. | 1907-01-01 | Paper |
| Third report on recent progress in the theory of groups of finite order. | 1907-01-01 | Paper |
| The groups which contain less than six cyclic subgroups of the same order. | 1907-01-01 | Paper |
| The groups of isomorphisms of the simple groups whose degree is less than fifteen. | 1907-01-01 | Paper |
| Generalization of the groups of genus zero. | 1907-01-01 | Paper |
| The groups in which every subgroup is either Abelian or Hamiltonian | 1907-01-01 | Paper |
| The groups which contain less than fifteen operators of order two. | 1907-01-01 | Paper |
| Groups in which every subgroup is either Abelian or dihedral. | 1907-01-01 | Paper |
| The groups generated by two operators such that each is transformed into its inverse by the square of the other. | 1907-01-01 | Paper |
| Groups of order \(p^{m}\) containig exactly \(p+1\) Abalian subgroups of order \(p^{m-1}\). | 1907-01-01 | Paper |
| On the minimum number of operators whose orders exceed two in any finite group. | 1907-01-01 | Paper |
| The groups generated by three operators each of which ist the product of the other two. | 1907-01-01 | Paper |
| Note on the commutator of two operators. | 1907-01-01 | Paper |
| The invariant substitutions under a substitution group. | 1907-01-01 | Paper |
| Note on the definition of a complete group. | 1907-01-01 | Paper |
| The groups which are generated by two operators of orders two and four respectively whose commutator is of order two. | 1907-01-01 | Paper |
| La théorie des groupes appliquée aux mathématiques élémentaires. | 1907-01-01 | Paper |
| Note on the use of group theory in elementary trigonometry. | 1907-01-01 | Paper |
| Group of order \(p^{6}\) which does not include an Abelian subgroup of order \(p^{4}\). | 1906-01-01 | Paper |
| The groups in which every subgroup of composite order is invariant. | 1906-01-01 | Paper |
| On the number of Abelian subgroups whose order is a power of a prime. | 1906-01-01 | Paper |
| Groups containing only three operators which are squares. | 1906-01-01 | Paper |
| The groups of order \(p^m\) which contain exactly \(p\) cyclic subgroups of order \(p^{\alpha}\). | 1906-01-01 | Paper |
| Note on the possible number of operators of order 2 in a group of order \(2^m\). | 1906-01-01 | Paper |
| The groups containing thirteen operators of order two. | 1906-01-01 | Paper |
| Groups in which all the operators are contained in a series of subgroups such that any two have only identity in common. | 1906-01-01 | Paper |
| Some useful groups in the teaching of elementary trigonometry. | 1906-01-01 | Paper |
| Groups generated by two operators which transform each other into the same power. | 1906-01-01 | Paper |
| Groupes contenant plusieurs opérations de l'ordre deuxième. | 1906-01-01 | Paper |
| The February meeting of the San Francisco section. | 1906-01-01 | Paper |
| Groups generated by operators which transform each other into their powers. | 1905-01-01 | Paper |
| On the commutators of a group of order \(p^m\). | 1905-01-01 | Paper |
| A new chapter in trigonometry. | 1905-01-01 | Paper |
| Extension of a theorem due to \textit{Sylow}. | 1905-01-01 | Paper |
| Determination of all the characteristic subgroups of any Abelian group. | 1905-01-01 | Paper |
| Determination of all the groups of order \(2^m\) which contain an odd number of cyclic subgroups of composite order. | 1905-01-01 | Paper |
| The groups of order \(2^m\) which contain an invariant cyclic subgroup of order \(2^{m-1}\). | 1905-01-01 | Paper |
| On the possible numbers of operators of order 2 in a group of order \(2^m\). | 1905-01-01 | Paper |
| On the invariant subgroups of prime index. | 1905-01-01 | Paper |
| Generalization of the Hamiltonian groups. | 1905-01-01 | Paper |
| Sur les sous-groupes invariants d'indice \(p^2\). | 1905-01-01 | Paper |
| Groups of the fundamental operations of arithmetic. | 1905-01-01 | Paper |
| Groups of subtraction and division. | 1905-01-01 | Paper |
| Some relations between number theory and group theory. | 1905-01-01 | Paper |
| The groups generated by two operators which have a common square. | 1905-01-01 | Paper |
| The February meeting of the San Francisco Section. | 1905-01-01 | Paper |
| The September meeting of the San Francisco Section. | 1905-01-01 | Paper |
| Theorems relating to quotient groups. | 1905-01-01 | Paper |
| Application of several theorems in number theory to group theory. | 1905-01-01 | Paper |
| On the subgroups of an \textit{Abelian} groups. | 1904-01-01 | Paper |
| On the roots of the operators of a group. | 1904-01-01 | Paper |
| An extension of \textit{Sylow}'s theorem. | 1904-01-01 | Paper |
| Note on \textit{Sylow}'s theorem. | 1904-01-01 | Paper |
| Extension of a fundamental theorem in group theory. | 1904-01-01 | Paper |
| On the generalization and extension of \textit{Sylow}'s theorem. | 1904-01-01 | Paper |
| Addition to a theorem due to \textit{Frobenius}. | 1904-01-01 | Paper |
| Meetings of the American Mathematical Society. The december meeting of the San Francisco Section. | 1904-01-01 | Paper |
| Meetings of the American Mathematical Society. The april meeting of the San Francisco Section. | 1904-01-01 | Paper |
| Meetings of the American Mathematical Society. The october meeting of the San Francisco Section. | 1904-01-01 | Paper |
| Two infinite systems of groups generated by two operators of order four. | 1904-01-01 | Paper |
| On the totitives of different orders. | 1904-01-01 | Paper |
| On the number of sets of conjugate subgroups. | 1904-01-01 | Paper |
| Sur les groupes d'opérations. | 1904-01-01 | Paper |
| Note on the groups whose orders are powers of an odd prime number. | 1903-01-01 | Paper |
| Non-Abelian groups in which every subgroup is Abelian. | 1903-01-01 | Paper |
| On the holomorph of a cyclic group. | 1903-01-01 | Paper |
| Note on Abelian groups. | 1903-01-01 | Paper |
| A new proof of the generalized \textit{Wilson}'s theorem. | 1903-01-01 | Paper |
| Meetings of the American Mathematical Society. San-Francisco Section, December Meeting. | 1903-01-01 | Paper |
| Meetings of the American Mathematical Society. San-Francisco Section, April Meeting. | 1903-01-01 | Paper |
| On the groups of the figures of elementary geometry. | 1903-01-01 | Paper |
| An elementary example of modular systems. | 1903-01-01 | Paper |
| Sur les groupes de substitutions. | 1903-01-01 | Paper |
| On the \textit{Mathieu} system of triply transitive groups. | 1902-01-01 | Paper |
| A fundamental theorem with respect to transitive substitution groups. | 1902-01-01 | Paper |
| Second report on recent progress in the theory of groups of finite order. | 1902-01-01 | Paper |
| On the groups of order \(p^m\) which contain operators of order \(p^{m-2}\). | 1902-01-01 | Paper |
| Groups defined by the orders of two generators and the order of their product. | 1902-01-01 | Paper |
| On a method of constructing all the groups of order \(p^m\). | 1902-01-01 | Paper |
| Note on the group of isomorphisms of a group of order \(p^m\). | 1902-01-01 | Paper |
| On the abelian groups which are conformal with non-abelian groups. | 1902-01-01 | Paper |
| Determination of all the groups of order \(p^m, p\) being any prime, which contain the abelian group of order \(p^{m-1}\) and of type \((1, 1, 1, \dots)\). | 1902-01-01 | Paper |
| On the groups generated by two operators of orders two and three respectively whose product is of order six. | 1902-01-01 | Paper |
| On the group of isomorphisms of an Abelian group. | 1902-01-01 | Paper |
| Gruppi d'ordine \(p^m\) (\(p\) primo) non conformi con gruppi abeliani. | 1902-01-01 | Paper |
| Sur les groupes de substitutions. | 1902-01-01 | Paper |
| In a simple group of an odd composite order every system of conjugate operators or subgroups includes more than fifty. | 1901-01-01 | Paper |
| On the transitive substitution groups whose order is a power of a prime number. | 1901-01-01 | Paper |
| On the groups generated by two operators. | 1901-01-01 | Paper |
| On holomorphisms and primitive roots. | 1901-01-01 | Paper |
| Über einem elementaren Satz aus der Theorie der Substitutionen. | 1901-01-01 | Paper |
| On an infinite system of conformal groups. | 1901-01-01 | Paper |
| Determination of all the groups of order \(p^m\) which contain the Abelian group of type \((m-2,1)\), \(p\) being any prime. | 1901-01-01 | Paper |
| On the groups generated by two operators of order three whose product is also of order three. | 1901-01-01 | Paper |
| On a special class of Abelian groups. | 1901-01-01 | Paper |
| The fifteenth annual meeting of the American Association for the advancement of Science. | 1901-01-01 | Paper |
| On the history of several fundamental theorems in the theory of groups of finite order. | 1901-01-01 | Paper |
| Sur les groupes d'opérations. | 1901-01-01 | Paper |
| List of the intransitive substitution groups of degree eleven. | 1900-01-01 | Paper |
| Report on the groups of an infinite order. | 1900-01-01 | Paper |
| On the transitive substitution groups of degree seventeen. | 1900-01-01 | Paper |
| On the primitive substitution groups of degree ten. | 1900-01-01 | Paper |
| Note on Netto's theory of substitutions. | 1900-01-01 | Paper |
| On the product of two substitutions. | 1900-01-01 | Paper |
| On the groups which have the same group of isomorphisms. | 1900-01-01 | Paper |
| Sur les groupes des isomorphismes. | 1900-01-01 | Paper |
| On the transitive substitution groups which are isomorphic to a given group. | 1900-01-01 | Paper |
| On the groups which are the direct products of two subgroups. | 1900-01-01 | Paper |
| On the holomorph of the cyclical group and some of its subgroups. | 1900-01-01 | Paper |
| Sur plusieurs groupes simples. | 1900-01-01 | Paper |
| Proof that there is no simple group whose order lies between 1092 and 2001. | 1900-01-01 | Paper |
| A popular account of some new fields of thought in mathematics. | 1900-01-01 | Paper |
| Some elements of substitution groups. | 1900-01-01 | Paper |
| Examples of a few elementary groups. | 1900-01-01 | Paper |
| On the groups of operations. | 1899-01-01 | Paper |
| Memoir on the substitution-groups whose degree does not exceed eight. | 1899-01-01 | Paper |
| On several classes of simple groups. | 1899-01-01 | Paper |
| Note on the simply transitive primitive groups. | 1899-01-01 | Paper |
| On the commutators of a given group. | 1899-01-01 | Paper |
| Note on the group of isomorphisms. | 1899-01-01 | Paper |
| On the operation groups whose order is less than 64 and those order is \(2p^3\), \(p\) being any prime number. | 1899-01-01 | Paper |
| The forty-eighth annual meeting of the American Association for the advancement of science. | 1899-01-01 | Paper |
| On the simple groups which can be represented as substitution groups that contain cyclical substitutions of a prime degree. | 1899-01-01 | Paper |
| Report on recent progress in the theory of the groups of a finite order. | 1898-01-01 | Paper |
| On the simple isomorhisms of a Hamiltonian group. | 1898-01-01 | Paper |
| Note on Burnside's theory of groups. | 1898-01-01 | Paper |
| On the hamiltonian groups. | 1898-01-01 | Paper |
| On the primitive substitution groups of degree sixteen. | 1898-01-01 | Paper |
| On the perfect groups. | 1898-01-01 | Paper |
| On the commutator groups. | 1898-01-01 | Paper |
| On the limit of transitivity of the multiply transitive substitution groups that do not contain the alternating group. | 1898-01-01 | Paper |
| On an extension of Sylow's theorem. | 1898-01-01 | Paper |
| On the Hamilton groups. | 1898-01-01 | Paper |
| On the groups which can be represented as multiply transitive substitution groups. | 1898-01-01 | Paper |
| On the total number of the transitive substitution groups that have a \(1,\alpha\) isomorphism to a given group. | 1898-01-01 | Paper |
| On the transitive substitution groups of degrees thirteen and fourteen. | 1898-01-01 | Paper |
| On the quaternion group. | 1898-01-01 | Paper |
| On the simple isomorphisms of a substitution-group to itself. | 1898-01-01 | Paper |
| On the groups which are determined by a given group. | 1898-01-01 | Paper |
| On a method to construct intransitive substitution groups. | 1898-01-01 | Paper |
| On the representation of a group of finite order as a substitution group. | 1898-01-01 | Paper |
| On an important theorem with respect to the operation groups of order \(p^\alpha\), \(p\) being any prime number. | 1897-01-01 | Paper |
| On the supposed five-fold transitive function of 24 elements and \(19!\div48\) values. | 1897-01-01 | Paper |
| On the transitive substitution groups whose orders are the products of three prime numbers. | 1897-01-01 | Paper |
| The non-regular transitive substitution groups whose order is the product of three unequal prime numbers. | 1897-01-01 | Paper |
| On the primitive substitution groups of degree fifteen. | 1897-01-01 | Paper |
| Sur l'énumération des groupes primitifs dont le degré est inférieur à 17. | 1897-01-01 | Paper |
| The transitive substitution groups of order \(8p\), \(p\) being any prime number. | 1897-01-01 | Paper |
| On the transitive substitution groups that are simply isomorphic to the symmetric or the alternating group of degree six. | 1897-01-01 | Paper |
| List of transitive substitution groups of degree twelve. | 1896-01-01 | Paper |
| The regular substitution groups whose order is less than 48. | 1896-01-01 | Paper |
| On several theorems on operation groups. | 1896-01-01 | Paper |
| On the lists of all the substitution groups that can be formed with a given number of elements. | 1896-01-01 | Paper |
| The substitution groups whose order is the product of two unequal prime numbers. | 1896-01-01 | Paper |
| The non-regular transitive substitution groups whose order is the cube of any prime number. | 1896-01-01 | Paper |
| The substitution groups whose order is four. | 1896-01-01 | Paper |
| The operation groups of order \(8p\), \(p\) being any prime number. | 1896-01-01 | Paper |
| Sur les groupes de substitutions. | 1896-01-01 | Paper |
| Sur les groupes de substitutions. | 1896-01-01 | Paper |
| A simple proof of a fundamental theorem of substitution groups, and several applications of the theorem. | 1895-01-01 | Paper |
| An instance where a well-known test to prove the simplicity of a simple group is insufficient. | 1894-01-01 | Paper |
| Note on the transitive substitution groups of degree twelve. | 1894-01-01 | Paper |
| Intransitive substitution groups of ten letters. | 1894-01-01 | Paper |
| On the non-primitive substitution groups of degree ten. | 1894-01-01 | Paper |
| Note on substitution groups of eight letters. | 1893-01-01 | Paper |
| An introduction to the study of determinants, with examples and applications. | 1892-01-01 | Paper |
