Science Whisper

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  This video explores the scientific calculations behind the movie Interstellar...

  WatchLet's Reproduce the Calculations from Interstellar

  
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  Biotechnology offers immense potential for medical, agricultural, and industrial advancements, akin to a double-edged sword. Its rapid growth is attributed to the democratization of research and affordable equipment, resembling the tech industry's growth due to open-source and accessible hardware..

  WatchThe Most Dangerous Weapon is not Nuclear

  
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  This video, published by the "Up and Atom" channel on June 11, 2020, explores Aristotle's Wheel Paradox. The video begins by explaining the paradox, which involves two wheels of different sizes traveling the same distance in one full rotation, a concept that puzzled mathematicians and philosophers for centuries.

  WatchAristotle's Wheel Paradox - To Infinity and Beyond

  
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  This video is about the life and work of J. Robert Oppenheimer, often considered one of the most influential physicists of the 20th century, although he never won a Nobel Prize. He was a major contributor to the development of the atomic bomb under the Manhattan Project during World War II. Despite his brilliance in theoretical physics and his significant contributions to quantum mechanics, Oppenheimer had struggled in his earlier years with the more experimental aspects of physics. This even led to an incident where he attempted to poison his physics tutor, Patrick Blackett, at Cambridge University with a toxic apple, though luckily Blackett did not eat it...

  WatchWhy Oppenheimer Deserves His Own Movie

  
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  The video titled "What is IQ and where did it come From?" by Arantik, published on October 14, 2023, delves into the concept of IQ (Intelligence Quotient), its measurement, accuracy, history, and various related topics...

  WatchWhat is IQ and where did it Come From?

  
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  In the video titled "Why light has momentum even without mass?", Mahesh embarks on a journey to unravel one of the mysteries of physics: how can light possess momentum without having mass?

  WatchWhy light has momentum even without mass?

  
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  The video references the famous "double slit experiment," which demonstrates light's wave-particle duality. In 2023, researchers from Imperial College London introduced a variation of this experiment, separating the slits in time rather than space. They used a material called indium-tin-oxide and created "time slits" by rapidly changing the material's properties. When two laser pulses were sent through these time slits, an interference pattern emerged, but it affected the laser's frequency rather than its intensity...

  WatchHow Light Travels Faster Than the Speed of Light

  
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  Fritz Haber's contributions to science and industry indeed have had a profound and lasting impact on modern society. His invention of the Haber process, together with Carl Bosch, revolutionized the production of ammonia, which is a key component in the manufacture of fertilizers. This innovation significantly enhanced agricultural productivity and is often credited with averting global famine, thereby saving countless lives...

  WatchA Man who Killed Millions and Saved Billions

  
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  Quantum Field Theory (QFT) is a theoretical framework in physics that combines principles of quantum mechanics and special relativity to describe the behavior of subatomic particles and their interactions. In QFT, particles are viewed not as isolated entities, but as localized excitations or "quanta" of underlying fields that permeate all of space-time. These fields have their own dynamics and can interact with each other, leading to the observed particle interactions. QFT provides the mathematical machinery for describing these fields and their evolution, often using specialized tools like Feynman diagrams for perturbative calculations. QFT has been remarkably successful in accounting for a wide range of physical phenomena and serves as the foundation for the Standard Model of particle physics, which describes the electromagnetic, weak, and strong forces. It is also fundamental in the theory of condensed matter physics, and has found applications in other areas like cosmology, quantum information, and even aspects of mathematics.

  WatchQuantum Fields: The Real Building Blocks of the Universe with David Tong

  
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  Genetic engineering has evolved rapidly, tracing back to ancient practices of selective breeding and understanding of DNA in the 20th century...

  WatchGenetic Engineering Will Change Everything Forever - CRISPR