Если бы ты стал размером с атом, то что бы увидел и почувствовал?

⚠️ Check out my ZEN (it'll help), a collection of articles about the incredible properties of various elements - https://dzen.ru/suite/aa290bea-649b-4... 👉 Telegram project - https://t.me/+T0xL6O4cMU23HPyh 💡 Ad-free videos with perks, say thank you - https://boosty.to/inzn In this video, we'll take an incredible journey into the microworld: imagine our height comparable to the size of an atom. We'll see the world as the human eye has never seen it: electron clouds, quantum fluctuations, attractive and repulsive forces—all of this will become part of our "vision." What interesting things can we observe in the physics of these processes? You'll learn why everyday objects turn into islands of chaos and movement, how light, vision, and time work at the atomic level, why electrons and atomic orbitals behave completely differently than the school model, what incredible effects of quantum physics the "human atom" experiences, and why this thought experiment is impossible in reality but incredibly useful for understanding the microworld. Contents: 00:00 - Beginning 00:49 - Quantum interactions that don't exist? 01:53 - Why can't you see anything when you zoom in? 02:52 - Abbe's diffraction limit 04:01 - Getting closer to the atom 04:34 - What is the void in an atom? 06:43 - How does the Casimir effect work? Confirming the absence of a void 08:17 - We will see fluctuations 09:00 - What will the composition of an atom look like? Even if... 09:50 - What would macroscopic bodies be like? 10:23 - What would electrons look like? 11:04 - It's better not to go near an atom 12:17 - Why can we touch objects at the macro level, and what will it be like when we zoom out? 13:26 - It would be better if the atom pushed us away... 14:50 - Encounter with a single particle 15:50 - Constant perpetual motion 17:45 - Even something will still be blurry 18:26 - You won't be able to stand for a minute without colliding 19:18 - Time will flow differently 20:51 - Why will we fail?