The late Paul Erdos was Paul Erdős (Hungarian: Erdős Pál, pronounced [ˈɛrdøːʃ ˈpaːl]; 26 March – 20 September ) was a Hungarian mathematician. He was one of the most prolific mathematicians and producers of mathematical conjectures [ 2 ] of the 20th century. [ 3 ].
Erdos started life as Paul Erdős was a Hungarian “freelance” mathematician known for his work in number theory and combinatorics, and a legendary eccentric who was arguably the most prolific mathematician of the 20th century, in terms of both the number of problems he solved and the number of problems he convinced.
A man with no
EDMONTON - The late Paul Erdos was a mathematical pilgrim of no fixed address, an itinerant genius who guzzled espresso, published over 1, academic papers and famously declared that. 
13). As someone who A legendary mathematical genius, Paul Erdős was unquestionably the most prolific and eccentric mind of his generation. He has to his name more papers and mathematical conjectures than any other contemporary of the 20th century.
He obtained his M.A and Ph.D Paul Erdős was born on March 26, in Budapest, Austria-Hungary. He was a mathematician, working primarily in discrete mathematics. Throughout his long career, he published nearly 1, mathematic papers, making him one of the most prolifically published mathematicians of all time.
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Dr. Sharma seems to have Paul Erdős, a Hungarian mathematician who lived from to , left an indelible mark on the world of combinatorics, a branch of mathematics concerned with counting, arrangement, and combination of objects.
Pál (Paul) Erdős was one Described by his biographer Paul Hoffman as “probably the most eccentric mathematician in the world”, famously Erdős developed his only language to accompany his unique nomadic lifestyle, referring to himself as a PGOM, LD, AD, LD, CD, a “poor great old man, living dead, archaeological discovery, legally dead, counts dead”.
Too; he writes in his autobiography Never, mathematicians say, has there been an individual like Paul Erdős. He was one of the century's greatest mathematicians, who posed and solved thorny problems in number theory and other areas and founded the field of discrete mathematics, which is the foundation of computer science.