Indian Nobel Prize Winners — All 9 Laureates from 1913 to 2019

Reading the list of Indian Nobel laureates in sequence reveals patterns that say something larger than any individual biography.

The most striking pattern is the diaspora gap. Between Tagore and Raman — both working in India, both Indian citizens — and the next wave of winners, there is a long stretch in which every Indian who won a Nobel had moved abroad to do the work that earned it. Khorana left for Canada and then the United States. Chandrasekhar moved to Chicago in his twenties and stayed. Ramakrishnan went to the UK via the US. Banerjee did his doctorate at Harvard and built his career at MIT. This is not a coincidence: for much of the twentieth century, the infrastructure for advanced scientific research in India — laboratory equipment, funding systems, graduate training — was not comparable to what was available in the United States or Britain. The prizes went where the facilities were.

The second pattern is the range of fields. India's laureates span both sciences (Physics, Chemistry, Medicine) and the humanities and social sciences (Literature, Peace, Economics). No other country with fewer than ten Nobel laureates covers as much disciplinary ground.

The third pattern worth noting is what is absent. Mahatma Gandhi — nominated five times between 1937 and 1948 — never received the Peace Prize. The Nobel Committee later stated, in a public reflection published after Gandhi's death, that not awarding him the prize while he was alive was an omission they regretted. The prize was never given posthumously, and so it was simply never given.

For competitive exam students, the nine laureates and their fields, years, and citizenship status are all fair game. The Gandhi non-award is a classic trick question.

Both laureates from this period were Indian citizens working in India, and both were firsts of a kind that have not been repeated since.

Rabindranath Tagore — Literature, 1913

Tagore was born in 1861 into one of Calcutta's most prominent intellectual families. He had been writing poetry, short stories, plays, and songs in Bengali for three decades before the Nobel came. The particular collection that caught the Swedish Academy's attention was Gitanjali — a set of devotional poems he had translated into English prose himself during a sea voyage to England in 1912. The translations circulated in manuscript among London's literary circles before being published, and within months the Nobel Committee had taken notice.

The committee called his work "profoundly sensitive, fresh, and beautiful." Beyond the prize itself, Tagore's output included the words and melodies of Jana Gana Mana, adopted as India's national anthem after independence, and Amar Sonar Bangla, which Bangladesh chose as its national anthem in 1971. He also founded the Visva-Bharati University at Santiniketan in 1921, which still operates as a central university. He died in 1941.

C.V. Raman — Physics, 1930

Chandrasekhara Venkata Raman made his Nobel-winning observation on 28 February 1928, in his laboratory at the Indian Association for the Cultivation of Science in Calcutta. He was studying what happened when light struck liquids, and he noticed that a small fraction of the scattered light came back at a different wavelength from the incident beam — shifted in a way that reflected the vibrational energy of the molecules involved. The effect allowed scientists to identify the molecular composition of a substance from its light-scattering signature alone.

Raman submitted his findings to Nature and the Nobel Prize followed two years later. He was the first Asian to win a science Nobel, and he received the prize in Stockholm just seven months after the observation was announced. India has observed 28 February as National Science Day since 1987 to mark the anniversary of the discovery. His nephew, Subrahmanyan Chandrasekhar, would later win Physics himself in 1983.

Har Gobind Khorana — Physiology or Medicine, 1968 | US citizen at award

Khorana was born in 1922 in Raipur, a small town in what was then Punjab and is now in Pakistan. He studied at Punjab University in Lahore, then moved to Liverpool for his doctorate and eventually to the United States, where he became a professor at MIT. He and his co-recipients — Marshall Nirenberg and Robert Holley — received the prize for interpreting the genetic code and working out how it operates in protein synthesis.

The genetic code is the set of rules by which sequences of three DNA bases (codons) specify which amino acid gets added to a growing protein chain. By the mid-1960s, all 64 codons had been decoded. Khorana's particular contribution was to synthesise RNA molecules with known sequences and use them to determine which codons caused the ribosome to stop translating. He was the first to chemically synthesise a gene. He became a US citizen in 1966, three years before the prize.

Mother Teresa — Peace, 1979 | Indian citizen at award

Agnes Gonxhe Bojaxhiu was born in 1910 in Skopje to an Albanian family. She joined a Catholic missionary order in Ireland in 1928 and arrived in Calcutta in 1929 to teach at a school for girls. In 1946 she described an experience she called a "call within a call" — a directive to leave the school and work directly among the city's poorest people. She received Vatican permission in 1950 to found the Missionaries of Charity and took Indian citizenship the same year.

The Missionaries of Charity operated homes for people dying without family care, clinics for those with leprosy, and schools in Calcutta's slums. By the time of the Nobel, the organisation had expanded to multiple countries. The Peace Prize committee cited her work among "the poorest of the poor." She was beatified by Pope John Paul II in 2003 and canonised by Pope Francis in 2016 as Saint Teresa of Calcutta. She died in Calcutta in 1997.

Subrahmanyan Chandrasekhar — Physics, 1983 | US citizen at award

Chandrasekhar was born in 1910 in Lahore (present-day Pakistan) and was a nephew of C.V. Raman. He was nineteen years old and on a steamship from India to England when he first worked out the mathematics that would eventually earn him the Nobel: a calculation showing that a star which runs out of fuel will not necessarily settle into a white dwarf. If the star is massive enough — above roughly 1.4 times the mass of the Sun — gravity will overwhelm the electron pressure that keeps white dwarfs stable, and the collapse will continue toward a denser object. This upper mass limit is now called the Chandrasekhar Limit.

The British astrophysicist Arthur Eddington publicly dismissed the calculation when Chandrasekhar presented it in 1935. Chandrasekhar eventually moved his research to other areas and joined the University of Chicago, where he spent the rest of his career. When the Nobel finally came, nearly fifty years after the original calculation, it recognised both the white dwarf work and his subsequent contributions to the theory of stellar structure.

Amartya Sen — Economic Sciences, 1998 | Indian citizen at award

Sen was born in 1933 in Santiniketan — the town Tagore founded — and studied at Presidency College Calcutta before going to Cambridge. He returned to India to teach at Jadavpur University and Delhi School of Economics before eventually joining Oxford and Harvard. He retained Indian citizenship throughout.

His Nobel-winning work ran across two connected lines of inquiry. The first was social choice theory — the formal study of how societies aggregate individual preferences into collective decisions, and the deep paradoxes (first identified by Kenneth Arrow) that arise when you try to do this fairly. Sen extended Arrow's framework and explored what it means to make welfare comparisons between people with different needs and capabilities. The second line was welfare economics and poverty: his 1981 book Poverty and Famines used historical data from Bengal (1943), Ethiopia (1973), Bangladesh (1974), and the Sahel (1972) to demonstrate that all four famines occurred not because food supplies collapsed but because specific groups lost their legal and economic ability to acquire food. That analytical shift — from food availability to entitlement failure — changed the standard framework for famine response.

Venkatraman Ramakrishnan — Chemistry, 2009 | British-American citizen at award

Ramakrishnan — universally called Venki — was born in 1952 in Chidambaram, Tamil Nadu, studied physics at Baroda, and then moved to the United States for graduate work in biology. He spent years at Brookhaven National Laboratory and later the MRC Laboratory of Molecular Biology in Cambridge, where he did the work that led to the Nobel.

The ribosome is the structure inside every living cell that reads messenger RNA and assembles amino acids into proteins in the sequence that the RNA specifies. Before Ramakrishnan's work, the overall shape of the ribosome was known from electron microscopy, but the atomic details — where each atom sat, how the moving parts fitted together, how the ribosome distinguished between correct and incorrect amino acids — were obscure. Using X-ray crystallography, Ramakrishnan's group solved the atomic structure of the small subunit of the ribosome (the 30S subunit). Knowing this structure in detail is essential for understanding how existing antibiotics work and for designing new ones that block bacterial ribosomes without affecting human ones. He shared the prize with Thomas Steitz and Ada Yonath. He later served as President of the Royal Society in London from 2015 to 2020.

Kailash Satyarthi — Peace, 2014 | Indian citizen at award

Satyarthi grew up in Vidisha, Madhya Pradesh, and trained as an electrical engineer. In 1980 he resigned from his teaching post and founded Bachpan Bachao Andolan — Save Childhood Movement — to fight child labour. His organisation's method was direct: investigators would locate factories or workshops where children were being held in debt bondage, then conduct physical raids with police support to free them. Over three and a half decades, Bachpan Bachao Andolan freed more than 83,000 children from bonded labour across India.

Satyarthi also campaigned internationally, helping draft the ILO's Worst Forms of Child Labour Convention (No. 182) in 1999, which has since been ratified by every member state of the International Labour Organisation — the first ILO convention to achieve universal ratification. He shared the 2014 prize with Malala Yousafzai of Pakistan. Satyarthi donated the entirety of his prize money to children's causes.

Abhijit Vinayak Banerjee — Economic Sciences, 2019 | US citizen at award

Banerjee was born in Mumbai in 1961, completed his bachelor's degree at Presidency College Calcutta and his master's at Jawaharlal Nehru University in New Delhi, then did his doctorate at Harvard. He is a professor at MIT and co-founded the Abdul Latif Jameel Poverty Action Lab (J-PAL) with Esther Duflo — his research partner and later his wife — and Michael Kremer.

The three shared the 2019 prize for developing an experimental approach to alleviating poverty: rather than inferring the effects of anti-poverty programmes from observational data, they ran randomised controlled trials in which some communities received an intervention (a new teaching method, a bed net, a cash transfer) and comparable communities did not, allowing the actual causal effect to be measured. This methodological shift — borrowed from clinical medicine and applied to development economics — produced findings that changed how governments and NGOs designed poverty programmes across Africa, South Asia, and Latin America.

• SSC (CGL, CHSL, MTS): The most-tested Indian Nobel facts are the year of Tagore's prize (1913), the fact that he was the first Asian Nobel laureate of any kind, and the category (Literature). C.V. Raman's year (1930), category (Physics), and the National Science Day connection (28 February) are nearly as common. Mother Teresa's prize (Peace, 1979) and Kailash Satyarthi's (Peace, 2014 — shared with Malala Yousafzai) also appear regularly.
• UPSC Prelims and Mains: Amartya Sen's work on famine and entitlement failure is directly relevant to GS1 (Indian society) and GS3 (poverty, food security). His capability approach also appears in UPSC essay questions on human development. Chandrasekhar's Limit is a standard astronomy fact in GS1 physical geography questions. Venki Ramakrishnan's ribosome work connects to biotechnology questions in GS3.
• Railway (NTPC, Group D): Stick to the basics — who won, what year, what category. The Tagore-Raman-Teresa-Satyarthi quartet covers most Railway-level questions. National Science Day (28 Feb = Raman Effect discovery date) is a dedicated Railway GK question type.
• Banking (IBPS, SBI, RBI): Abhijit Banerjee's 2019 prize — his Indian connection (born Mumbai, studied Presidency College and JNU) despite holding US citizenship — is a recurring Banking GK trap. Amartya Sen's Economics prize (1998, first Asian Economics Nobel) also appears in Banking awareness.
• Common traps:
  1. Subrahmanyan Chandrasekhar is often confused with C.V. Raman in multiple-choice questions — remember: Chandrasekhar = white dwarf mass limit = Physics 1983; Raman = light scattering = Physics 1930. Chandrasekhar was Raman's nephew.
  2. Har Gobind Khorana, Chandrasekhar, Ramakrishnan, and Banerjee were NOT Indian citizens at the time of their award — they are counted as Indian by birth only. Questions that say "Indian Nobel Prize winners" sometimes mean birth-origin; sometimes they mean citizens. Read carefully.
  3. Gandhi was nominated five times (1937, 1938, 1939, 1947, 1948) but never won. The Nobel Committee acknowledged this was an omission. Gandhi never won — do not be misled by questions that mention his nominations.
  4. Mother Teresa was born in Skopje (present-day North Macedonia), not in India. She became an Indian citizen in 1950. Do not confuse her birthplace with her nationality at the time of the prize.