Researchers from IIT Kharagpur, IISc and ISRO have discovered that balancing microscopic nanoparticles with flexible metallic structures allows ultra-low carbon steel to achieve a mix of extreme strength and crack resistance.
New study uses ideas from string theory and quantum field theory to simplify calculations of transcendental numbers, like pi and Euler’s Zeta function.
Researchers have sealed the mathematical gaps between two seemingly different approaches explaining particle interactions.
In 1948, celebrated physicist and Nobel laureate, Richard Feynman introduced what came to be called Feynman diagrams. These were a pictorial representation of mathematical equations and served as a powerful tool in understanding and visualizing complex interactions between sub-atomic particles like protons and electrons. But this simplistic tool could not handle complex problems, where particles underwent many interactions, but instead produced incomprehensible and confounding answers, like infinities.