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'''Roger Apéry''' (14 November 1916 – 18 December 1994) was a [[Greeks|Greek]]-[[France|French]] [[mathematician]] most remembered for [[Apéry's theorem]], that ζ(3) is an [[irrational number]] where ζ denotes the [[Riemann zeta function]].
'''Roger Apéry''' (14 November 1916 – 18 December 1994) was a [[Greeks|Greek]]-[[France|French]] [[mathematician]] most remembered for [[Apéry's theorem]], that ζ(3) is an [[irrational number]] where ζ denotes the [[Riemann zeta function]].


Apéry was born in [[Rouen]] in 1916 to a [[France|French]] mother and [[Greeks|Greek]] father. After studies at the [[École Normale Supérieure]] (interrupted by a year as [[prisoner of war]] during [[World War II]]) he was appointed Lecturer at [[Rennes]]. In 1949 he was appointed Professor at the [[University of Caen]] where he remained until his retirement. He died after a long illness in [[Caen]] in 1994.
Apéry was born in [[Rouen]] in 1916 to a [[France|French]] mother and [[Greeks|Greek]] father. After studies at the [[École Normale Supérieure]] (interrupted by a year as [[prisoner of war]] during [[World War II]]) he was appointed Lecturer at [[Rennes]]. In 1949 he was appointed Professor at the [[University of Caen]] where he remained until his retirement.

In 1979 he published an unexpected proof of the [[irrational number|irrationality]] of [[Apéry's constant|ζ(3)]], which is the sum of the inverses of the cubes of the [[positive integer]]s. An indication of the difficulty is that the corresponding problem for other odd powers remains unsolved. Nevertheless, many mathematicians have since worked on the so-called Apéry sequences to seek alternative proofs that might apply to other odd powers ([[Frits Beukers|F. Beukers]], [[Alfred van der Poorten|A. van der Poorten]], M. Prevost, K. Ball, T. Rivoal, [[Wadim Zudilin]] and others).
In 1979 he published an unexpected proof of the [[irrational number|irrationality]] of [[Apéry's constant|ζ(3)]], which is the sum of the inverses of the cubes of the [[positive integer]]s. An indication of the difficulty is that the corresponding problem for other odd powers remains unsolved. Nevertheless, many mathematicians have since worked on the so-called Apéry sequences to seek alternative proofs that might apply to other odd powers ([[Frits Beukers|F. Beukers]], [[Alfred van der Poorten|A. van der Poorten]], M. Prevost, K. Ball, T. Rivoal, [[Wadim Zudilin]] and others).


Apéry was active in politics and for a few years in the 1960s was president of the [[Calvados (department)|Calvados]] [[Radical Party of the Left|Radical Party]]. He abandoned politics after the reforms instituted by [[Edgar Faure]] after the [[May 1968 in France|1968 revolt]], when he realised that university life was running against the tradition he had always upheld.
Apéry was active in politics and for a few years in the 1960s was president of the [[Calvados (department)|Calvados]] [[Radical Party of the Left|Radical Party]]. He abandoned politics after the reforms instituted by [[Edgar Faure]] after the [[May 1968 in France|1968 revolt]], when he realised that university life was running against the tradition he had always upheld.

== Death and Legacy ==
In 1994, Apery died from [[Parkinson's disease]] after a long illness in [[Caen]]. He was buried next to his parents in Paris. His tombstone has an equation inscribed stating his theorem.

:<math> \frac{1}{1} + \frac{1}{8} + \frac{1}{27} + \frac{1}{64} + \cdots \neq \frac{p}{q} </math>



==See also==
==See also==

Revision as of 03:30, 8 December 2015

Roger Apéry (14 November 1916 – 18 December 1994) was a Greek-French mathematician most remembered for Apéry's theorem, that ζ(3) is an irrational number where ζ denotes the Riemann zeta function.

Apéry was born in Rouen in 1916 to a French mother and Greek father. After studies at the École Normale Supérieure (interrupted by a year as prisoner of war during World War II) he was appointed Lecturer at Rennes. In 1949 he was appointed Professor at the University of Caen where he remained until his retirement. In 1979 he published an unexpected proof of the irrationality of ζ(3), which is the sum of the inverses of the cubes of the positive integers. An indication of the difficulty is that the corresponding problem for other odd powers remains unsolved. Nevertheless, many mathematicians have since worked on the so-called Apéry sequences to seek alternative proofs that might apply to other odd powers (F. Beukers, A. van der Poorten, M. Prevost, K. Ball, T. Rivoal, Wadim Zudilin and others).

Apéry was active in politics and for a few years in the 1960s was president of the Calvados Radical Party. He abandoned politics after the reforms instituted by Edgar Faure after the 1968 revolt, when he realised that university life was running against the tradition he had always upheld.

Death and Legacy

In 1994, Apery died from Parkinson's disease after a long illness in Caen. He was buried next to his parents in Paris. His tombstone has an equation inscribed stating his theorem.


See also

  • Apéry, François (1996). "Roger Apéry, 1916-1994: A Radical Mathematician". The Mathematical Intelligencer. 18 (2): 54–61. doi:10.1007/BF03027295.

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