2. Vital Statistics
Birth: January 23, 1862 in
Konigsberg, Prussia (now part
of Russia)
Death: February
14, 1943, (age 81)
Gottingen, Germany, after a
long illness and depression
Lived in Konigsberg until age
33, then moved to Gottingen
Parents: Otto and Maria
Therese Hilbert
3. Early Life
Grew up in Konigsberg with his parents
and younger sister, Elise
Father was a judge
Shared mother’s interest in philosophy
and numbers
At age 10 entered Friedrichskolleg
Gymnasium
4. Adult Life
Received doctorate in
Mathematics at the
University of Konigsberg in
1885
Taught mathematics at the
University of Konigsberg
from 1886-1895, then at the
Great University of
Gottingen 1895-1930
Married his second cousin
Kathe Jerosch in 1892
Had one son, Franz, in 1893.
5. Credits and Achievements
His work was an important part of
mathematics including;
geometry, logic, number theory, and
mathematical physics.
Introduced his influential list of 23 unsolved
problems at the International Congress of
Mathematicians in Paris in 1900.
Mathematicians are still working on
solving some of these problems to this
day. The most important one being the
Riemann hypothesis.
6. More Credits and
Achievements
In 1905 was awarded the Wolfgang Bolyai
Prize. Recognized as being one of the
world’s greatest mathematicians.
Became a member of the Royal Society
of London.
Was made and honorary citizen of
Konigsberg in 1930
7. Other Subjects
Insulted physicists when he said: “Physics is
much too difficult for physicists.”
Wanted to “axiomatize” physics or create
laws that were accepted as truth in
physics.
Also studied kinetic gas theory, radiation
and molecular theory of matter.
8. Miscellaneous
Retired from the University of
Gottingen in 1930 (age 68).
Watched in sadness as the Nazis
purged Jewish professors, many
whom were friends and
collaborators, from the university in
1933
When asked by the minister of
education: “How are the
mathematics in Gottingen now that
it has been freed of the Jewish
influence?” Hilbert replied:
“Mathematics in Gottingen? There is
really none anymore.”
9. Timeline
1862 Birth on January 23 in Konigsberg
1872 Entered Friedrichskolleg Gymnasium
1885 Received Doctorate from University
of Konigsberg. Visited Europe to meet and
learn from famous mathematicians
1886-1895 Professor of mathematics at
University of Konigsberg
10. Timeline (Continued)
1890 Developed proof of theorem of
invariants which made modern algebraic
geometry possible
1892 Married Kathe Jarosch
1893 Son Franz was born
1897 Developed algebraic number theory
1897 Moved to Gottingen to teach at the
university
11. Timeline (Continued)
1900 Presented his famous paper of 23
unsolved research problems at the
International Mathematical Congress in
Paris
1905 Received the Bolyai Prize.
Recognized as one of the world’s greatest
mathematicians
1930 Forced to retire from teaching under
Nazi rules.
1933 Made honorary citizen of Konigsberg
1943 Dies in Gottingen at age 81
Hinweis der Redaktion
David Hilbertwas born January 23, 1862 in Konigsberg, Prussia. Hilbert died on February 14, 1943, in Gottingen, Germany of after a long illness and depression. Hilbert had lived in Konigsberg until the age of 33, then moved to Gottingen. Hilbert’s parents were Otto and Maria Therese Hilbert.
Hilbert grew up in Konigsberg with his parents, and younger sister, Elise. Hilbert’s father was a lawyer and a judge. Konigsberg was in the heart of a big trade network. The city was close to the Pregel river and the Baltic sea. The city’s citizens worked hard and led a no frills type of lifestyle rooted in the Protestant work ethic. Hilbert had also shared his mothers interest in philosophy and numbers. Hilbert had entered Friedrichskolleg Gymnasium at the age of 10.
As an adult, Hilbert received a doctorate in mathematics at the university of Konigsberg in 1885. In 1886, Hilbert took an unpaid position as mathematics teacher at the University of Konigsberg until 1892. He then began receiving pay. Then in 1895, Hilbert went to teach at the University of Gottingen, replacing his former teacher, Heinrich Weber. Hilbert taught there until he was forced to retire in 1930. Hilbert’s brilliance, sarcastic wit and self confidence made him a popular and sought after professor. He attracted talented students from all over the world. The University of Gottingen was one of the most modern in the 19th century because of its strong philosophy department which was not dominated by religion. In 1892, Hilbert married his second cousin KatheJerosch. His wife was a very bright and independent thinker. They had one son, Franz, in 1893.
Hilbert’s work was an important part of mathematics including; geometry, logic, number theory, and mathematical physics. Hilbert introduced his influential list of 23 unsolved problems at the international congress of mathematicians in Paris in the year 1900. Mathematicians today are still working on some of these 23 problems today, the most important problem being the Riemann hypothesis.
In 1905 was awarded the Wolfgang Bolyai Prize for being one of the world’s greatest mathematicians. He became a member of the royal society of London. Its full name is the royal society of London for improving natural knowledge. Being a member of the society was a big deal back then. He was very happy when he was made and honorary citizen of Konigsberg in 1930. He always loved the city where he grew up.
Hilbert insulted physicists when he said: “Physics is much to difficult fro physicists” Hilbert had wanted to “Axiomatize” physics, or create laws that were accepted as truth in physics. He had also studied kintetic gas theory, radiation, and molecular theory of matter.
Hilbert retired from the University of Gottingen in 1930 at the age of 68. Hilbert watched as the Nazis purged Jewish professors, many whom were friends and collaborators from the university in 1933. When Hilbert was asked by the minister of education “How are the mathematics in Gottingen now that it has been freed of Jewish influence?” Hilbert replied: “Mathematics in Gottingen? There is really none anymore.”