Past videos
Squarzchild's radius derivation
Our first session focussed on the alternative derivation of the ratio between the mass and the radius of a black hole. This session was taken on by Vamsy Kalipatnapu and Kushagra Maheshwari.
(Click on the image below to view the video)
Projectile motion
Kushagra Maheshwari taught Suhas Kanuganti projectile motion and he presented the topic infront of us in order to showcase his new learnt skills and share his new-found learnins with all of us.
Exploring the depths of religion and science
In this thought-provoking episode, Siya delves into the ancient wisdom of Hindu scriptures and sheds light on their remarkable scientific insights. She brings forth the profound knowledge hidden within the Vedas, Agastya Samhita, and other sacred texts, revealing their astonishing revelations about the natural world, cosmology, and the universe.
Quantum chromodynamics and electrodynamics
Through this presentation Sambhav Singh explains to us about quantum physics basics, focussing majorly on electrodynamics and chomodynamics. He talks about the standard model as well.
Particle wave duality
Our second session was based around partice-wave duality as Kushagra Maheshwari and Sambhav Singh explained light in terms of particles and waves.
(Click on the image below to view the video)
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Advanced astronomical technologies
Vamsy Kalipatnapu spoke and discussed about Advanced technologies that we possible through astronomical research and machinery that would help further advance astronomy.
Unveiling the boundaries of Mathematics
​In this captivating presentation, Suhas Kanuganti delves into the depths of mathematical knowledge, taking us on a mesmerizing exploration of its evolution over time. From ancient civilizations to modern breakthroughs, we uncover the remarkable advancements that have shaped the field of mathematics as we know it today.
Deriving "g"
Kushagra Maheshwari used equations of motions, which were derived first, to derive the approximate value of gravitational acceleration of Earth.
