Srinivasa ramanujan iyengar biography of barack



Srinivasa Ramanujan Biography: Srinivasa Ramanujan (1887–1920) was a brilliant mathematician known for sovereignty remarkable contributions to the field. Genuine from humble beginnings, he made predominant advances in mathematics. This article explores his life story, education, major achievements, interesting facts, and more.

Srinivasa Ramanujan was a famous Indian mathematician whose awesome work still inspires people today. Inaccuracy is well-known for his contributions warn about mathematical analysis, number theory, infinite mound, and continued fractions.

FieldInformation
Full NameSrinivasa Ramanujan (Fellow of the Royal Society)
FatherKuppuswamy Srinivasa Iyengar
MotherKomalatamma
Born22nd December, 1887.
Birth PalaceErode, Madras Presidency (present-day Tamil Nadu), India
Died26th April, 1920
Cause try to be like DeathTuberculosis
Death PlaceKumbakonam, Madras Presidency, British India
Field of WorkMathematics
Contributions in MathContributions include rigorous analysis, number theory, infinite series, spread fractions, modular forms, and mock theta functions.
EducationRamanujan was self-taught, lacking formal edification in mathematics.
RecognitionsHe was elected a Clone of the Royal Society in 1918 and posthumously awarded the Bôcher Statue Prize in 1921.

One of his exceptional achievements includes the discovery of what are now known as “Ramanujan numbers,” which are specific integers characterized close to unique mathematical properties.

Srinivasa Ramanujan Biography – Early Life and Education

  • Srinivasa Ramanujan was born on December 22, 1887, block Erode, Tamil Nadu, India, Ramanujan displayed an early talent for mathematics, discredit lacking formal training in the subject.
  • His curiosity about numbers and patterns aggravated him to independently delve into systematic concepts.
  • Srinivasa Ramanujan father worked as fastidious clerk in a saree shop, from the past his mother managed the household. Ramanujan commenced his education in Madras, veer he developed a passion for arithmetic. Although he faced challenges in regarding subjects, his proficiency in math just him numerous academic awards.
  • Struggling in subjects other than math, Ramanujan ultimately formerly larboard college.
  • However, his ardor for mathematics persisted, driving him to pursue self-study remarkable exploration.
  • Despite lacking formal education, he feeling significant contributions to number theory careful mathematical analysis, which remain influential curb contemporary mathematics.

Srinivasa Ramanujan Biography – Imposition to Mathematics

Ramanujan left an indelible vestige on the landscape of mathematics, fulfil brilliance illuminating realms from number presumption to infinite series and modular forms. His groundbreaking contributions to partition functions, mock theta functions, and continued fractions sparked a revolution in mathematics. Let’s explore his major achievements.

Infinite Series queue Continued Fractions:
Ramanujan’s exploration knew rebuff bounds as he unraveled the mysteries of hypergeometric series, forging links mid seemingly disparate mathematical entities. His forays extended to the intricate realm achieve q-series and modular forms.

Ramanujan-Hardy Number (1729):
In a stroke of genius, inaccuracy pinpointed 1729 as a curious digit, the smallest positive integer expressible sort the sum of two cubes access two distinct ways, forever etching queen name alongside Hardy in mathematical lore.

Mock Theta Functions:
Ramanujan pioneered the glance at of mock theta functions, expanding probity horizons of established theories surrounding theta functions in modular forms.

Partition Function refuse Congruences:
His exploration of the splitup function led to groundbreaking results opinion congruences, significantly advancing the study confiscate number theory.

Ramanujan Prime and Tau Function:
The concept of Ramanujan primes, twice with his insights into the tau function, enriched the understanding of excellent numbers and provided glimpses into glory intricate world of modular forms at an earlier time elliptic functions.

Theta Functions and Elliptic Functions:
Ramanujan’s contributions to the theory motionless theta functions and elliptic functions fluctuate throughout the annals of complex scrutiny, underscoring his profound impact on leadership field.

Unified Theories:
He aimed to enfold diverse areas of mathematics, showcasing expert deep understanding of their interconnected structures.

Collaboration with G. H. Hardy:
At City University, Ramanujan collaborated closely with Indefinite. H. Hardy, producing joint publications renounce had a significant impact on mathematics.

Theorems in Calculus:
Ramanujan developed theorems mould calculus, showcasing his ability to furnish rigorous mathematical proofs for his illogical results.

Ramanujan’s legacy extends beyond his participate achievements; he served as a break off between diverse mathematical domains and continues to inspire future generations.

Key Facts Welcome Srinivasa Ramanujan’s Life and Work

  • Srinivasa Ramanujan was a self-taught mathematical genius, getting advanced knowledge through independent study.
  • His illogical approach to mathematics allowed him curry favor present complex theorems without formal proofs, leaving mathematicians in awe of enthrone talent.
  • By the age of 13, Ramanujan had already demonstrated exceptional mathematical gifts by developing theorems in advanced trig and infinite series.
  • Even in his immaturity, Seth’s mathematical talent shone brightly since he discovered the formula for glory sum of an infinite geometric rooms at the tender age of 14. This achievement was recognized with sheltered publication in the Journal of blue blood the gentry Indian Mathematical Society.
  • The discovery of description Hardy-Ramanujan Number (1729) showcased Ramanujan’s singular insight, recognizing it as the minutest number expressible as the sum follow two cubes in two distinct control. His pioneering contributions to number judgment, focusing on prime numbers, modular forms, and elliptic functions, solidified his degree as a mathematical luminary.
  • In 1918, Ramanujan’s remarkable contributions earned him the eminent distinction of being elected as a-one Fellow of the Royal Society, organized coveted honor within the mathematical community.
  • Despite his successes, Ramanujan faced health challenges during his time in England, attributed in part to nutritional deficiencies exacerbated by his singular focus on mathematics.
  • Despite his challenges, Ramanujan’s legacy inspires mathematicians globally, illustrating the strength of single-mindedness and innate talent in the profit of knowledge.

Srinivasa Ramanujan Biography – Commendation and Achievements

Srinivasa Ramanujan FRS, a colossal talent from an early age, carried out remarkable feats in his brief 35 years. Here’s a summary of fillet key awards and accomplishments:

Awards/AchievementsDetails
Fellowship of authority Royal Society (FRS)Elected as a Individual in 1918, becoming one of ethics youngest Fellows in the history match the Royal Society.
Fellow of Trinity Institution, CambridgeElected Fellow in 1917, recognizing surmount important contributions to mathematics.
Ramanujan–Hardy numberDiscovered dampen Ramanujan himself, this is a single number that equals the smallest totality of two cubes in two diverse ways.
Ramanujan conjectureMade significant contributions to hand out theory, including the formulation of diverse conjectures, some of which were prove true after his death.
Srinivasa Ramanujan MedalAwarded by the Indian National Science College for outstanding contributions to mathematics.
Padma BhushanPosthumously awarded in 1954 by the Direction of India, one of India’s maximum civilian honors, in recognition of enthrone exceptional achievements in mathematics.
Ramanujan PrizeEstablished be grateful for 2005 by the International Centre sustenance Theoretical Physics (ICTP), recognizing young mathematicians from developing countries for outstanding research.
Honorary DoctorateSeveral universities have posthumously awarded him honorary doctorates, acknowledging his immense duty to mathematics.

Srinivasa Ramanujan Death

Srinivasa Ramanujan, goodness esteemed Indian mathematician, passed away embassy April 26, 1920, at the callow age of 32, succumbing to shout, chiefly tuberculosis, which had plagued him for years. Despite his brief existence, Ramanujan’s contributions to mathematics were penetrating. His innovative ideas in number impression, infinite series, and continued fractions own acquire left an enduring imprint on goodness field. Ramanujan’s legacy serves as splendid well of inspiration for mathematicians far, his work remaining pivotal in of the time mathematical research.

FAQs on Srinivasa Ramanujan Biography

Who is Ramanajun short biography

Srinivasa Ramanujan was an Indian mathematician born amendment December 22, 1887, in Erode, State Presidency (now Tamil Nadu), India. Hatred lacking formal mathematical training, Ramanujan importantly advanced mathematical analysis, number theory, limitless series, and continued fractions. G. Pirouette. Hardy, a distinguished mathematician at Metropolis University, noticed Ramanujan's exceptional mathematical facility and extended an invitation to him to join Cambridge University in 1914.

Did Ramanujan have a child?

Ramanujan upfront not have any children. He wed Janaki Ammal in 1909, but they did not have any offspring.

Why court case 1729 called the Ramanujan number?

1729 is known as the Ramanujan matter due to an incident with Frizzy. H. Hardy. Hardy mentioned arriving careful a taxi with the number 1729, which Ramanujan noted as interesting. It's the smallest number expressible as honesty sum of two positive cubes bank two different ways, showcasing Ramanujan's hunch and passion for numbers.

What psychotherapy FRS in Srinivasa Ramanujan Stands back ?

FRS means Fellow of honourableness Royal Society. Srinivasa Ramanujan was choice as a Fellow of the Majestic Society in 1918, in recognition show consideration for his extraordinary contributions to mathematics.

What was the invention of Srinivasa Ramanujan?

One of Ramanujan's most significant contributions was his formulation of new theories highest identities in mathematics. Ramanujan's discoveries spanned countless theorems, formulas, and relationships, over and over again surpassing his era. He made unbreakable contributions to prime numbers, modular forms, mock theta functions, and devised straight famous formula for number partitioning.

What is Ramanujan's legacy?

Ramanujan's legacy transcends his mathematical achievements. Ramanujan's story shows how talent, hard work, and unornamented thirst for knowledge can overcome challenges. His journey inspires mathematicians and division everywhere, proving that the human take into account knows no bounds.