Twitter Thread on Srinivasa Ramanujan's Work and Modern Applications, to celebrate the 136th birth anniversary.
Embarking on a journey through the genius of Srinivasa Ramanujan, an Indian mathematician whose ideas are still reshaping technology today.
#Ramanujan
1/20
Embarking on a journey through the genius of Srinivasa Ramanujan, an Indian mathematician whose ideas are still reshaping technology today.
#Ramanujan
1/20
Ramanujan, a self-taught genius, made substantial contributions to mathematical analysis, number theory, and continued fractions. 2/20
Did you know? Ramanujan's work on infinite series is a cornerstone in understanding complex functions used in AI algorithms today. 3/20
One of Ramanujan's famous contributions, the Ramanujan prime, has implications in cryptography, ensuring secure online communications. 4/20
Ramanujan's partition theory has been applied in data encryption, a key component in cybersecurity. Keeping your data safe thanks to math! 5/20
AI's deep learning models often use complex mathematical functions, where Ramanujan's work on elliptic integrals and modular forms finds new life. 6/20
In quantum computing, a field pivotal for future tech, Ramanujan's mock theta functions help in developing more efficient algorithms. 7/20
Ramanujanβs summation method is a wonder in numerical analysis, crucial for approximating values in computer simulations. 8/20
Ever heard of the Ramanujan graph? It's a concept used in network design, ensuring efficient and secure data transmission. 9/20
Ramanujanβs work not only inspires mathematicians but also physicists, with his modular forms contributing to string theory. 10/20
From algorithms to solve complex equations to optimizing search engines, Ramanujan's influence in computing is vast and deep. 11/20
Machine learning algorithms often deal with massive datasets. Here, Ramanujan's number theory helps in handling big data efficiently. 12/20
In financial modeling, Ramanujan's formulas are used to calculate risk and predict market trends. Math meets money! 13/20
Ramanujan's approximation methods are key in developing compression algorithms, which make file storing and sharing faster. 14/20
His work on asymptotic expansions aids in understanding complex systems in nature, often mimicked in artificial intelligence. 15/20
Ramanujan's intuition for 'deep' properties of numbers and functions is a source of inspiration for AI researchers in pattern recognition. 16/20
Did you know Ramanujan's notebooks are still being studied? They're a treasure trove of unsolved problems and inspiration for future tech. 17/20
Ramanujan's work reminds us that math is not just about numbers, but a language that shapes our understanding of the world and technology. 18/20
His legacy in mathematics goes beyond theorems and formulas. It's about the endless possibilities of human intellect and curiosity. 19/20
Ramanujan's journey from a small village in India to the halls of Cambridge is a testament to the universal language of mathematics. 20/20
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