All articles tagged with #ramanujan
A IISc study reveals that Ramanujan’s 17 formulas for 1/π share the Legendre structure with logarithmic conformal field theories, tying the math of pi to physical concepts like critical phenomena, black holes, turbulence, and holography, and enabling faster computations within these theories—though it does not resolve major open problems in math or physics.
Researchers at IISc have discovered that Ramanujan's century-old formulas for calculating pi are mathematically linked to modern physics theories describing black holes, turbulence, and critical phenomena, suggesting a deep connection between pure mathematics and the fundamental laws of the universe.
Researchers have found that Ramanujan's 100-year-old formulas for calculating pi are linked to modern physics theories, such as conformal field theories, which describe phenomena like turbulence and black holes. This connection not only explains the efficiency of Ramanujan's formulas but also enhances our understanding of complex physical processes, demonstrating the profound impact of his mathematical insights on contemporary science.
Ramanujan, a self-taught Indian mathematician from the early 20th century, made groundbreaking discoveries in mathematics that continue to influence modern physics and computational methods, such as pi calculations and conformal field theory, despite his lack of formal training and tragic early death.