تاريخ الرياضيات
الاعداد و نظريتها
تاريخ التحليل
تار يخ الجبر
الهندسة و التبلوجي
الرياضيات في الحضارات المختلفة
العربية
اليونانية
البابلية
الصينية
المايا
المصرية
الهندية
الرياضيات المتقطعة
المنطق
اسس الرياضيات
فلسفة الرياضيات
مواضيع عامة في المنطق
الجبر
الجبر الخطي
الجبر المجرد
الجبر البولياني
مواضيع عامة في الجبر
الضبابية
نظرية المجموعات
نظرية الزمر
نظرية الحلقات والحقول
نظرية الاعداد
نظرية الفئات
حساب المتجهات
المتتاليات-المتسلسلات
المصفوفات و نظريتها
المثلثات
الهندسة
الهندسة المستوية
الهندسة غير المستوية
مواضيع عامة في الهندسة
التفاضل و التكامل
المعادلات التفاضلية و التكاملية
معادلات تفاضلية
معادلات تكاملية
مواضيع عامة في المعادلات
التحليل
التحليل العددي
التحليل العقدي
التحليل الدالي
مواضيع عامة في التحليل
التحليل الحقيقي
التبلوجيا
نظرية الالعاب
الاحتمالات و الاحصاء
نظرية التحكم
بحوث العمليات
نظرية الكم
الشفرات
الرياضيات التطبيقية
نظريات ومبرهنات
علماء الرياضيات
500AD
500-1499
1000to1499
1500to1599
1600to1649
1650to1699
1700to1749
1750to1779
1780to1799
1800to1819
1820to1829
1830to1839
1840to1849
1850to1859
1860to1864
1865to1869
1870to1874
1875to1879
1880to1884
1885to1889
1890to1894
1895to1899
1900to1904
1905to1909
1910to1914
1915to1919
1920to1924
1925to1929
1930to1939
1940to the present
علماء الرياضيات
الرياضيات في العلوم الاخرى
بحوث و اطاريح جامعية
هل تعلم
طرائق التدريس
الرياضيات العامة
نظرية البيان
August Adler
المؤلف:
R Einhorn
المصدر:
Vertreter der Mathematik und Geometrie an den Wiener Hochschulen 1900-1940
الجزء والصفحة:
...
17-3-2017
356
Died: 17 October 1923 in Vienna, Austria
August Adler was born and brought up in Opava. Opava was the capital of Austrian Silesia for almost all of Adler's life, only becoming part of Czechoslovakia after the defeat of Germany and Austria-Hungary in World War I. All Adler's publications were in German but he did publish a few in Czech journals.
In 1879 Adler graduated from the secondary school in Opava and entered the university in Vienna. After taking undergraduate courses at the University of Vienna, Adler undertook research in descriptive geometry graduating in 1884. He began publishing during these years with papers on ruled surfaces and space curves such as: Striktionslinien der Regelflächen 2. und 3. Grades (1882); Raumkurven vierter Ordnung 2. Art (1883); Weitere Bemerkungen über Raumkurven vierter Ordnung 2. Art (1883); and Spezielle Raumkurven vierter Ordnung 2. Art (1883).
Adler was appointed as an assistant in astronomy and geodesy in Vienna in 1885 holding this position for two years. He made visits to the University of Berlin and to the University of Göttingen to further his studies. In 1901 he submitted his habilitation thesis on descriptive geometry to the University of Vienna. He became a professor at Vienna in 1909.
In 1797 Mascheroni had shown that all plane construction problems which could be made with ruler and compass could in fact be made with compasses alone. His theoretical solution involved giving specific constructions, such as bisecting a circular arc, using only a compass.
In 1906 Adler applied the theory of inversion to solve Mascheroni construction problems in his book Theorie der geometrischen Konstruktionen published in Leipzig. Since he was using inversion Adler now had a symmetry between lines and circles which in some sense showed why the constructions needed only compasses. However Adler did not simplify Mascheroni proof. On the contrary, his new methods were not as elegant, either in simplicity or length, as the original proof by Mascheroni.
This 1906 publication was not the first by Adler studying this problem. He had published a paper on the theory of Mascheroni's constructions in 1890, another on the theory of geometrical constructions in 1895, and one on the theory of drawing instruments in 1902.
As well as his interest in descriptive geometry, Adler was also interested in mathematical education, particularly in teaching mathematics in secondary schools. His publications on this topic began around 1901 and by the end of his career he was publishing more on mathematical education than on geometry. Most of his papers on mathematical education were directed towards teaching geometry in schools, but in 1907 he wrote on modern methods in mathematical instruction in Austrian middle schools. He produced various teaching materials for teaching geometry in the sixth-form in Austrian schools such as an exercise book which he published in 1908.
One final work by Adler should be mentioned, namely the five figure logarithm tables which he published in 1909.
Books:
- R Einhorn, Vertreter der Mathematik und Geometrie an den Wiener Hochschulen 1900-1940 (Vienna, 1985).
الاكثر قراءة في 1860to1864
اخر الاخبار
اخبار العتبة العباسية المقدسة

الآخبار الصحية
