Delaunay |
N. |
1904 |
Heidelberg |
Applied Mathematics |
Delaunay |
N. |
1924 |
Toronto |
Geometry |
Gunther |
N. |
1924 |
Toronto |
Algebra, Theory of Numbers, Analysis |
Gunther |
N. |
1928 |
Bologna |
Analysis |
Gunther |
N. |
1928 |
Bologna |
Mechanics, Astronomy, Geodesy, Mathematical Physics, Theoretical Physics |
Gunther |
N. |
1932 |
Zurich |
Analysis |
Hatzidakis |
N. |
1912 |
Cambridge |
Geometry |
Hatzidakis |
N. |
1912 |
Cambridge |
Didactics |
Hatzidakis |
N. |
1920 |
Strasbourg |
Geometry |
Hatzidakis |
N. |
1928 |
Bologna |
Geometry |
Hatzidakis |
N. |
1928 |
Bologna |
Elementary Mathematics, Didactical Questions, Mathematical Logic |
Hatzidakis |
N. |
1932 |
Zurich |
Geometry |
Hofreiter |
N. |
1932 |
Zurich |
Algebra and Number Theory |
Jacobson |
N. |
1954 |
Amsterdam |
Algebra & Theory of Numbers |
Joukowsky |
N. |
1897 |
Zurich |
Mechanics and Mathematical Physics |
Karmarkar |
N. |
1986 |
Berkeley |
Discrete Mathematics & Combinatorics |
Kopell |
N. |
1983 |
Warszawa |
New Applications of Mathematics |
Kryloff |
N. |
1924 |
Toronto |
Algebra, Theory of Numbers, Analysis |
Kryloff |
N. |
1928 |
Bologna |
Mechanics, Astronomy, Geodesy, Mathematical Physics, Theoretical Physics |
Mouskhélichvili |
N. |
1928 |
Bologna |
Mechanics, Astronomy, Geodesy, Mathematical Physics, Theoretical Physics |
Obrechkoff |
N. |
1928 |
Bologna |
Analysis |
Pippenger |
N. |
1986 |
Berkeley |
Mathematical Aspects of Computer Science |
Sakellarion |
N. |
1928 |
Bologna |
Analysis |
Sakellariou |
N. |
1928 |
Bologna |
Elementary Mathematics, Didactical Questions, Mathematical Logic |
Saltykow |
N. |
1908 |
Rome |
Arithmetic, Algebra, Analysis |