Yaşam Fizik Yasalarına mı Dayanır? | Schrödinger’in Tartışmalı Hayatı

While World War II was raging in all its brutality, Nobel laureate physicist Erwin Schrödinger was giving public lectures in Dublin. These lectures later became one of the most influential books in the history of science: "What is Life?" In this video, we discuss: How Schrödinger approached the problem of life as a physicist, How he predicted the physical nature of genetic information, How he related entropy, statistical mechanics, and quantum mechanics to life, And why this book paved the way for the discovery of DNA. Schrödinger did something far more difficult than defining life: He questioned why life seemed to contradict the laws of physics. This questioning led to: The idea of ​​aperiodic crystals, The prediction that genetic information must be based on a quantum-stable structure, And the idea that living things are systems fueled by negative entropy. This video is not just about "what is life?" Not a journey to the question, but a journey into how science should ask questions. 📌 Note: The video also addresses Schrödinger's controversial personal life and ethical claims within their historical context, in addition to his scientific legacy. ⏱️ What's in the Video? Who is Schrödinger? Why does life seem to defy statistical physics? Why are genes stable despite thermal fluctuation? What is an aperiodic crystal? What is negative entropy? Does life really depend on the laws of physics? Science is sometimes more the art of asking the right question than giving answers. That's exactly what Schrödinger did. 00:00 What is Life? 03:31 Who is Schrödinger and How Was Life Written? 11:46 How Ordered is Life? Are Genes Resilient? 16:18 Physics, Quantum and Biology: Periodic Crystal 21:19 What is Life? We Don't Know. 23:35 Order, Disorder, Entropy, Negative Entropy 26:36 Is Life Based on the Laws of Physics?