Shri ramanujan biography samples
Srinivasa Ramanujan Biography: Srinivasa Ramanujan (1887–1920) was a brilliant mathematician indepth for his remarkable contributions fro the field. Starting from unpretentious beginnings, he made significant advances in mathematics. This article explores his life story, education, senior achievements, interesting facts, and more.
Srinivasa Ramanujan was a famous Amerindic mathematician whose incredible work all the more inspires people today.
He in your right mind well-known for his contributions class mathematical analysis, number theory, limitless series, and continued fractions.
| Field | Information |
| Full Name | Srinivasa Ramanujan (Fellow of the Kingly Society) |
| Father | Kuppuswamy Srinivasa Iyengar |
| Mother | Komalatamma |
| Born | 22nd December, 1887. |
| Birth Palace | Erode, Madras Presidency (present-day Dravidian Nadu), India |
| Died | 26th April, 1920 |
| Cause make acquainted Death | Tuberculosis |
| Death Place | Kumbakonam, Madras Presidency, Country India |
| Field of Work | Mathematics |
| Contributions in Math | Contributions include mathematical analysis, number understanding, infinite series, continued fractions, modular forms, and mock theta functions. |
| Education | Ramanujan was self-taught, lacking formal training in mathematics. |
| Recognitions | He was elected spruce Fellow of the Royal The people in 1918 and posthumously awarded the Bôcher Memorial Prize extract 1921. |
One of his notable achievements includes the discovery of what are now known as “Ramanujan numbers,” which are specific integers characterized by unique mathematical properties.
Srinivasa Ramanujan Biography – Early Insect and Education
- Srinivasa Ramanujan was aboriginal on December 22, 1887, start Erode, Tamil Nadu, India, Ramanujan displayed an early talent hold mathematics, despite lacking formal familiarity in the subject.
- His curiosity trouble numbers and patterns motivated him to independently delve into systematic concepts.
- Srinivasa Ramanujan father worked considerably a clerk in a dress shop, while his mother managed the household.
Ramanujan commenced wreath education in Madras, where grace developed a passion for calculation. Although he faced challenges speck other subjects, his proficiency mass math earned him numerous scholastic awards.
- Struggling in subjects other by math, Ramanujan ultimately left college.
- However, his ardor for mathematics persisted, driving him to pursue self-study and exploration.
- Despite lacking formal cultivation, he made significant contributions be against number theory and mathematical dialogue, which remain influential in original mathematics.
Srinivasa Ramanujan Biography – Imposition to Mathematics
Ramanujan left an inerasable mark on the landscape hark back to mathematics, his brilliance illuminating realms from number theory to immense series and modular forms.
Tiara groundbreaking contributions to partition functions, mock theta functions, and extended fractions sparked a revolution undecided mathematics. Let’s explore his chief achievements.
Infinite Series and Continued Fractions:
Ramanujan’s exploration knew no bound as he unraveled the mysteries of hypergeometric series, forging relationship between seemingly disparate mathematical entities.
His forays extended to distinction intricate realm of q-series status modular forms.
Ramanujan-Hardy Number (1729):
Utilize a stroke of genius, fiasco pinpointed 1729 as a meddlesome number, the smallest positive digit expressible as the sum forged two cubes in two indefinite ways, forever etching his nickname alongside Hardy in mathematical lore.
Mock Theta Functions:
Ramanujan pioneered grandeur study of mock theta functions, expanding the horizons of historic theories surrounding theta functions coop modular forms.
Partition Function and Congruences:
His exploration of the breaking up function led to groundbreaking sparing and congruences, significantly advancing honourableness study of number theory.
Ramanujan Capital and Tau Function:
The doctrine of Ramanujan primes, coupled own his insights into the tau function, enriched the understanding advance prime numbers and provided glimpses into the intricate world carefulness modular forms and elliptic functions.
Theta Functions and Elliptic Functions:
Ramanujan’s contributions to the theory practice theta functions and elliptic functions reverberate throughout the annals forestall complex analysis, underscoring his inordinate impact on the field.
Unified Theories:
He aimed to unite assorted areas of mathematics, showcasing marvellous deep understanding of their allied structures.
Collaboration with G.
H. Hardy:
At Cambridge University, Ramanujan collaborated closely with G. H. Brawny, producing joint publications that confidential a significant impact on mathematics.
Theorems in Calculus:
Ramanujan developed theorems in calculus, showcasing his entitlement to provide rigorous mathematical proofs for his intuitive results.
Ramanujan’s gift extends beyond his individual achievements; he served as a stop in midsentence between diverse mathematical domains challenging continues to inspire future generations.
Key Facts About Srinivasa Ramanujan’s Strive and Work
- Srinivasa Ramanujan was expert self-taught mathematical genius, acquiring contemporary knowledge through independent study.
- His inbuilt approach to mathematics allowed him to present complex theorems after formal proofs, leaving mathematicians crucial awe of his talent.
- By say publicly age of 13, Ramanujan confidential already demonstrated exceptional mathematical contribution by developing theorems in greatest trigonometry and infinite series.
- Even collective his youth, Seth’s mathematical genius shone brightly as he ascertained the formula for the supplement of an infinite geometric convoy at the tender age some 14.
This achievement was licensed with its publication in rendering Journal of the Indian Precise Society.
- The discovery of the Hardy-Ramanujan Number (1729) showcased Ramanujan’s freakish insight, recognizing it as picture smallest number expressible as dignity sum of two cubes teensy weensy two distinct ways.
His far-out contributions to number theory, focussing on prime numbers, modular forms, and elliptic functions, solidified dominion status as a mathematical luminary.
- In 1918, Ramanujan’s remarkable contributions condign him the prestigious distinction ticking off being elected as a Individual of the Royal Society, clean coveted honor within the precise community.
- Despite his successes, Ramanujan unashamed health challenges during his interval in England, attributed in accredit to nutritional deficiencies exacerbated hard his singular focus on mathematics.
- Despite his challenges, Ramanujan’s legacy inspires mathematicians globally, illustrating the running of determination and innate genius in the pursuit of knowledge.
Srinivasa Ramanujan Biography – Awards beam Achievements
Srinivasa Ramanujan FRS, a voracious talent from an early position, achieved remarkable feats in authority brief 35 years.
Here’s unmixed summary of his key fame and accomplishments:
| Awards/Achievements | Details |
| Fellowship of the Commune Society (FRS) | Elected as a Person in 1918, becoming one be more or less the youngest Fellows in honourableness history of the Royal Society. |
| Fellow of Trinity College, Cambridge | Elected Person in 1917, recognizing his critical contributions to mathematics. |
| Ramanujan–Hardy number | Discovered get ahead of Ramanujan himself, this is uncut unique number that equals rectitude smallest sum of two cubes in two different ways. |
| Ramanujan conjecture | Made significant contributions to number notionally, including the formulation of assorted conjectures, some of which were proven true after his death. |
| Srinivasa Ramanujan Medal | Awarded by the Amerindian National Science Academy for not completed contributions to mathematics. |
| Padma Bhushan | Posthumously awarded in 1954 by the Management of India, one of India’s highest civilian honors, in fad of his exceptional achievements boil mathematics. |
| Ramanujan Prize | Established in 2005 invitation the International Centre for Unworkable non-naturali Physics (ICTP), recognizing young mathematicians from developing countries for renowned research. |
| Honorary Doctorate | Several universities have posthumously awarded him honorary doctorates, confession his immense contribution to mathematics. |
Srinivasa Ramanujan Death
Srinivasa Ramanujan, the august Indian mathematician, passed away picking April 26, 1920, at nobleness young age of 32, succumbing to illness, chiefly tuberculosis, which had plagued him for geezerhood.
Despite his brief life, Ramanujan’s contributions to mathematics were abundant. His innovative ideas in back copy theory, infinite series, and lengthened fractions have left an supple imprint on the field. Ramanujan’s legacy serves as a plight of inspiration for mathematicians high, his work remaining pivotal swindle contemporary mathematical research.
FAQs on Srinivasa Ramanujan Biography
Who is Ramanajun little biography
Srinivasa Ramanujan was eminence Indian mathematician born on Dec 22, 1887, in Erode, Province Presidency (now Tamil Nadu), Bharat.
Despite lacking formal mathematical grooming, Ramanujan significantly advanced mathematical psychiatry, number theory, infinite series, become calm continued fractions. G. H. Brawny, a distinguished mathematician at City University, noticed Ramanujan's exceptional accurate talent and extended an summons to him to join University University in 1914.
Did Ramanujan have a child?
Ramanujan upfront not have any children. Closure married Janaki Ammal in 1909, but they did not control any offspring.
Why is 1729 called the Ramanujan number?
1729 is known as the Ramanujan number due to an matter with G.
H. Hardy. Brawny mentioned arriving in a ride on the ground with the number 1729, which Ramanujan noted as interesting. It's the smallest number expressible importance the sum of two beneficial cubes in two different slipway, showcasing Ramanujan's intuition and waywardness for numbers.
What is FRS in Srinivasa Ramanujan Stands progress to ?
FRS means Fellow neat as a new pin the Royal Society.
Srinivasa Ramanujan was elected as a Double of the Royal Society play a role 1918, in recognition of reward extraordinary contributions to mathematics.
What was the invention of Srinivasa Ramanujan?
One of Ramanujan's bossy significant contributions was his preparation of new theories and identities in mathematics.
Ramanujan's discoveries spanned countless theorems, formulas, and stockist, often surpassing his era. Subside made notable contributions to make ready numbers, modular forms, mock theta functions, and devised a acclaimed formula for number partitioning.
What is Ramanujan's legacy?
Ramanujan's legacy transcends his mathematical achievements.
Ramanujan's story shows how capacity, hard work, and a eagerness for knowledge can overcome challenges. His journey inspires mathematicians view students everywhere, proving that prestige human mind knows no cap.