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By:

Kiran D. Tare

21 August 2024 at 11:23:13 am

Queen of Equations

Nalini Joshi’s coronation as New South Wales’s Scientist of the Year signals that in the quantum age, mathematics may be civilization's most strategic science. The 2025 Premier’s Prizes for Science, held beneath the chandeliers of Government House in Sydney, offered an implicit rebuke to the age of scientific celebrity. New South Wales’s top honour did not go to a physicist chasing particles, a chemist inventing materials or a doctor fighting disease, but to a mathematician. Nalini Joshi, the...

Queen of Equations

Nalini Joshi’s coronation as New South Wales’s Scientist of the Year signals that in the quantum age, mathematics may be civilization's most strategic science. The 2025 Premier’s Prizes for Science, held beneath the chandeliers of Government House in Sydney, offered an implicit rebuke to the age of scientific celebrity. New South Wales’s top honour did not go to a physicist chasing particles, a chemist inventing materials or a doctor fighting disease, but to a mathematician. Nalini Joshi, the Payne-Scott Professor and Chair of Applied Mathematics at the University of Sydney, became the first mathematician to be named Scientist of the Year. In an era mesmerised by artificial intelligence and quantum hardware, the decision made a subtler point that progress depends less on machines than on the mathematics that makes them possible. Joshi is not the sort of mathematician who confines herself to blackboards and abstraction for its own sake. She is a world leader in integrable systems, a rarefied corner of mathematics that studies highly structured equations whose solutions can be written down exactly. These systems govern everything from the propagation of light through fibre-optic cables to the behaviour of waves in the atmosphere. Climate models, fluid dynamics and parts of theoretical physics all rest on the same deep mathematical scaffolding that Joshi has spent her career exploring. Her elevation to Scientist of the Year therefore carries a wider message. New South Wales is not merely rewarding past brilliance; it is betting that the future will be written in mathematics. That future, as Joshi repeatedly warns, is arriving faster than policymakers and industry are prepared for. The most urgent frontier is quantum technology. Quantum computers promise to transform drug discovery, materials science and logistics. They also threaten to make today’s cryptographic systems fatally vulnerable. “Mathematics is central to securing our quantum future,” she insists. Joshi occupies a rare position at the intersection of pure theory and applied urgency. Her work in integrable systems probes the deep symmetries that make certain equations solvable, a property that turns out to be vital in understanding complex, real-world phenomena. In quantum cryptography, those same symmetries and structures are what allow information to be encoded and protected in fundamentally new ways. Her career has been as path-breaking as her research. She was the first woman ever appointed Professor of Mathematics at the University of Sydney, an institution she knows intimately, having been both an undergraduate and a University Medallist there. After completing her doctorate at Princeton University - still the Mecca of global mathematics - she returned to Australia and steadily built an international reputation. From 2019 to 2022 she served as the first Australian Vice-President of the International Mathematical Union, the discipline’s most powerful global body, a post that placed her at the centre of decisions about everything from research priorities to the governance of major prizes. She is a Fellow of the Australian Academy of Science, an honorary member of the London Mathematical Society, and was appointed an Officer of the Order of Australia in 2016 for her services to mathematics. In 2018 she won the Eureka Prize for Outstanding Mentorship of Young Researchers, recognition not of a theorem but of a human legacy. Students and early-career mathematicians speak of her with a mixture of reverence and affection, describing a mentor who combines intellectual rigour with a fierce commitment to widening the gates of a discipline that has long been unwelcoming to women and minorities. Mathematics, for all its claims to universality, has been historically narrow in who gets to participate. Joshi, an Indian-origin scholar who rose to the top of Australian academia, has become a visible counter-example. Her appointment as Scientist of the Year has been celebrated not just in Sydney but in India and across the global scientific diaspora. While the 2025 prizes also honoured other luminaries like Anita Ho-Baillie for her work on perovskite solar cells and Paul Keall for innovations in cancer therapy, Joshi’s award stood out for its symbolism. In an era obsessed with tangible breakthroughs, it suggested that the equations that describe the world are as important as the devices that exploit it. For Joshi, the accolade is less a culmination than a platform. The quantum age she describes is not a distant speculation but an approaching reality, and it will need mathematicians in far greater numbers than today. If her career proves anything, it is that the hardest problems of the future will be solved not only in laboratories but in the elegant, unforgiving language of mathematics.

Up from Peasantry to Wizardry

Prof Dr Anand Patil
Prof Dr Anand Patil

The Government of Maharashtra’s Academy of Literature and Culture has recently published an ambitious trilogy of Marathi works on cultural theory and criticism — a project entrusted to one of India’s senior comparatists, the former Head and Professor of English at Goa University, Prof Dr Anand Patil. Despite spending two decades in Goa, where much of his experimental work in Marathi and English went largely unnoticed in Maharashtra, his contribution is formidable: 10 books in English and 52 in Marathi. The editor of The Cambridge Companion to Comparative Literature, World Literature and Culture (2011) had also invited him to contribute to that prestigious volume.

 

For a man who began his education in a village primary school conducted in a temple near the Masai Plateau, the journey is extraordinary. Born into an illiterate, marginal farming family in Shittur, Kolhapur district, he remained unaware of his own genealogy well into his seventies. It was this search for ancestry — and the surprise it revealed — that nudged him towards writing the bestseller Maharashtrala Mahit Nasalele Samrat Shivaji? (Emperor Shivaji Unknown to Maharashtra, 2017).

 

His paternal lineage indicates that his ancestral surname was Sankpal, and that land had once been granted to his forefather by Jijabai, who was killed in the Battle of Ghodkhind. His maternal genealogy proved even more startling: the neighbouring village of Save was founded by the Mahadik family of Tarale in Satara, and the only Lad Patil household there is identified as Mahadik — hinting at a link to the clan of Shivaji Maharaj’s son-in-law. This discovery led him to study Modi script and publish life narratives of Shahaji, Shivaji and Jijabai, dedicating these works to the men and women of both families who carry the legacy of the Bhosale rebels.

 

A committee of intellectuals at Shivaji University will release these volumes and felicitate him on Thursday in Kolhapur.

 

Spanning 2,100 pages, the titles themselves suggest both range and rigour: 1. Cultural Analysis — Society, Culture and Literature; 2. Cultural Theories Across the World; 3. Cultural Studies — Old and New. The 60-page introduction and exhaustive bibliography testify to his extensive reading and multidisciplinary approach. He has acknowledged the early encouragement of his former Head, Dr S. K. Kulkarni — an immigrant from Karnataka — who urged him to teach creative writing and comparative literature. This support helped him secure the state government’s approval for this large-scale project. His book on creative writing earned him his fourth state literary award, and several of his works — translated into Hindi, Kannada and English — are taught in more than 100 universities across India.

 

Rural writing

Yet his creative journey in Marathi began in Kolhapur, when Prof Dr Anand Patil joined Rajarshi Shahu College as a lecturer. His early rural stories and radio plays drew praise from renowned writer Shankar Patil, who described him as “a rising sun of rural writing”. Patil would later remark wryly that “Maharashtra turned that sun lukewarm”, but his subsequent years in Goa — and six international tours — broadened his perspective, enriching his literary output in both languages.

 

A student of Shivaji College, Satara, he was shaped by its Earn and learn scheme, and Shivaji University once showcased his autobiography-like résumé at a NAAC evaluation. The upcoming felicitation in Kolhapur will be attended by noted scholar Padma Shri Ganesh Devi from Dharwad and Dr Deepak Pawar of Mumbai University.

 

Prof Anand Patil's contribution to literature is vast: three novels, six short-story collections, three travelogues, a play, four translations, four radio plays, character sketches, 25 forewords and 18 collections of essays in comparative and cultural studies. His doctoral thesis, Western Influence on Marathi Drama (1818–1947), remains a pioneering comparative study and is lauded in Aparna Dharwadker’s Indian Drama (Cambridge University Press). The Marathi translation of this thesis won him an MS University, Pune award.

 

His career began as a tutor in English; he later secured a merit scholarship for his M.A. and ranked second in English at Shivaji University. His years of service in colleges under the Rayat Shikshan Sanstha brought him recognition. His travelogue Patalachi Londonwari and its one-man stage adaptation remain popular. His novels have fetched awards, and he has received a total of 20 honours, including four from the Maharashtra government. A UGC-sponsored national seminar was organised on his work in Goa, and three critical books have since been published on his writings.


(The writer is a senior journalist based in Kolhapur. Views personal.)

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