FactFound

  Topics Covered: Introduction to Retrocausality Explanation of the concept The idea of effect occurring before cause Historical Context: The Bohr-Einstein Debate Overview of the 5th Solvay Conference (1927) Einstein’s deterministic views vs. Bohr’s quantum mechanics approach The impact of Heisenberg’s Uncertainty Principle The Double-Slit Experiment and Wave-Particle Duality Thomas Young’s experiment Louis de Broglie’s contribution to quantum mechanics Heisenberg’s principle and quantum probabilities Einstein’s Challenge: The EPR Paradox Collaboration with Rosen and Podolsky Concept of quantum entanglement and non-locality John Bell’s theorem proving Einstein wrong John Wheeler’s Delayed Choice Quantum Eraser Experiment Setup and execution of the experiment The role of quantum entanglement Observations suggesting retrocausality Implications of Retrocausality Super-determinism and predestined events Information paradoxes and time loop i...

  Title: - Topics Covered:-   1 . **The Curious Question**      - Einstein’s childhood curiosity about the speed of light      - How his question challenged Newton’s theories   2. **Newton’s Three Theories**      - Gravity, particle theory of light, and relativity      - How they seemed unrelated but later connected   3. **The Wave vs. Particle Debate**      - Huygens vs. Newton on the nature of light      - Young’s double-slit experiment proving wave theory   4. **The Luminiferous Ether Hypothesis**      - Scientists’ assumption of an invisible medium for light      - Michelson-Morley experiment disproving ether   5. **Einstein’s Thought Experiment**      - Contradiction between Newtonian relativity and constant speed of light      - E...

**Topics:**   1. **The Deception of Senses and Cosmic Illusions** – How our perception of reality is shaped by light and time.   2. **The Speed of Light and Its Limitations** – Understanding how light travels and why it defines our view of the past.   3. **William Herschel and the Discovery of Time Travel through Telescopes** – How looking into space is looking into the past.   4. **The Illusion of the Sun and the Horizon** – Why what we see isn’t always the truth.   5. **Distances in Space: Light Years and Cosmic Scales** – Measuring the universe with light.   6. **Galactic Time Travel: Observing the Ancient Universe** – How we see stars and galaxies that no longer exist.   7. **The Crab Nebula and the Death of Stars** – Supernovae, pulsars, and their impact on cosmic evolution.   8. **The Expanding Universe and the Cosmic Horizon** – The limits of what we can see and what lies beyond.   9. **The ...

The World inside an Atom looks like Another Universe    Topics Covered:  1. * *Introduction  to  Atoms   and Molecules** - Formation of water molecules (H2O)  - Structure and composition of atoms   2. **Scale of the Universe vs. Atoms** - Comparison of sand particles on Earth vs. stars in the universe  - The concept of Planck particles and their significance   3. **Historical Perspectives on Atomic Theory**   - Contributions of Maharshi Kanad and Katyayam in India  - Greek philosophers Leucippus and Democritus and the concept of "atomos"   - John Dalton and the scientific approach to atoms  4. **Understanding Atomic Structure**  - The empty space inside an atom   - Subatomic particles: protons, neutrons, and electrons  - Atomic composition of everyday objects  5. **Beyond Atoms: The Subatomic World**   - Quarks and leptons as fundamental particles ...

*Topics:** 1. **Introduction to Quantum Weirdness**      - The mysterious nature of quantum mechanics      - Einstein’s skepticism about quantum theory   2. **The EPR Paradox: A Thought Experiment**      - Einstein, Podolsky, and Rosen’s attempt to disprove quantum mechanics      - The paradox that challenged the Copenhagen Interpretation   3. **Quantum Entanglement: A Mysterious Phenomenon**      - How entangled particles behave      - Instantaneous correlation between distant particles   4. **Superposition and Measurement in Quantum Mechanics**      - The concept of superposition      - The role of observation in collapsing wave functions   5. **Einstein vs. Bohr: The Debate on Reality**      - Classical physics vs. quantum mechanics      - The idea...