The most IMPORTANT Equation in PHYSICS! скачать в хорошем качестве

The most IMPORTANT Equation in PHYSICS!

What is simple harmonic motion? In this video, we explore the fundamental equations that describe the phenomenon, illustrating each step with explicit calculations. We will start by introducing an acceleration proportional to the displacement and arrive at the mathematical derivation of the time law. Whether you are a student struggling with physics exercises, or simply an enthusiast eager to delve deeper, this video will provide all the resources you need to understand the basics of simple harmonic motion and to solve its equations effectively. ⭐ Here you can subscribe to Spazi Attorcigliati:    / @spaziattorcigliati   📚 Here you can read the Feynman Lectures for free: https://www.feynmanlectures.caltech.edu 🎓 Here you can find the official page of my course Foundations of Physics: https://davidedebiasio.com/it/filosof... 🇬🇧 Here is my channel in English, full of unpublished content:    • Scientists Built a Computer With 800,...   🎙️ Here you can find "Il giro della fisica in 12 mondi", the podcast that Roberto Mercadini and I produced for Audible: https://www.audible.it/pd/B0BN2JLZTT?... 🚀 Here you can join my channel and my Telegram group: https://t.me/spaziattorcigliati https://t.me/joinchat/BDCKSlJqvASotYH... 📷 Here is my Instagram profile:   / davide.debiasio   ➡️ ROAD TO QUANTUM GRAVITY General relativity, which describes with extraordinary accuracy the mutual interaction between space-time and the distribution of energy in the universe, and quantum field theory, which provides us with the formal tools to analyze all interactions in the microscopic world except gravitational one, appear dramatically contradictory. What are the roots of this conflict? What do relativity and quantum mechanics teach us about the profound nature of the cosmos?    • Road to Quantum Gravity   ➡️ QUANTUM MECHANICS: FUNDAMENTALS AND INTERPRETATIONS Are we, after more than a century since the beginning of the quantum adventure, able to reconcile the oddities of the microscopic world with the thought structures of our crude and limited sapiens brain? What does this strange twentieth-century science ultimately tell us about life, the universe and everything? What the hell does the philosophy of science deal with? We may not have the answers, but it is worth trying to ask the questions correctly. We did it with Daniele Oriti, an expert in quantum gravity and researcher at the Arnold Sommerfeld Center (LMU) in Munich. We talked about interpretations, meanings that we can attribute to mathematical symbols to build a more solid bridge between thought and the world, and the physical foundations of the theory. We looked for their hidden meaning, with the intent of putting some order in the confusion of quantum chaos. So, we talked about physics and philosophy, space and time, the macroscopic world and the microscopic world, strange abstract constructions and technological applications such as quantum computers, Heisenberg uncertainty and collapsing wave functions, particles and the universe on astrophysical and cosmological scales. In short: we saw some beautiful things.    • Meccanica Quantistica: Fondamenti ed ...   #philosophy #physics #book #science #course #einstein #quantum #mechanics #space #spacetime #time #universe #strings #loop #wormhole #motion #mathematics #paradox #series #calculus #exercise #high school #liceo