Відео

I didn't relize it's a channel for sleep noise 😂 I'm actually listening to it while working because I'm interested😂 Well if you enjoy it, try Comptia cert complete guide.

Best sleep asmr video

Genius man, awesome lecture and great concept ❤😊💤

Haven’t slept since 01 July 2022

I agree with @Duncg0717 im 16 and wrote down 15 pages worth of everything you stated in this video and understand it fully, going in with absolutely no idea what any of these symbols are called

I wonder if you can use AI and make Morgan Freeman or Patrick Stewart narrate all this for me 😂

Good morning everyone!

Oh I was suppose to fall asleep to this 🥹

I fell asleep but going to attribute that I’m 53, I mowed grass today and then afterwards rode my electric unicycle backwards for about 3-4 hours up and down Tampa Riverwalk.

the moment he said 'first, some historical context...' I fell asleep right away

I cannot sleep on this, actually quantum mechanics is one of my favourite subjects to study, and its safe to say you failed your job I watched whole video completely and I loved it.

Does you have any notes

Bro I'm taking notes right now I'm locked in and will not be sleeping any time soon

Thank you! I finally understand the reason why I couldn’t figure out Schrödinger's cat the second derivative with respect to x.

Did anyone actually listen to this whole thing and learn something

oh the ai is not soothing to sleep to at all :(

I love physics so much ❤great video I looove this!!!!

Can someone explain 2:32:26 please

you must read psee, not psi

Thanks!

Why the name lecture for sleep?

Carthago delenda est!

so you guys wake up to these too?

Thank you so much. I just found your Chanel and usually I listen to material like this when I cant sleep.

OMG I'm cracking up! All I saw was basics and then I saw its 3 hours long.

Wonderful. I put this on x .75 speed if I want to sleep, and normal speed to stay awake and learn. 😄

Mercutio; "...and 'String Theory' will one day waste decades of _countless_ great minds."

❤hi❤ Until now, quantum mechanics has primarily been a theoretical and experimental field focusing on understanding the fundamental nature of the universe at the smallest scales. The equations and models developed, such as Schrödinger's equation for wavefunction evolution and Feynman diagrams for particle interactions, have provided deep insights but also come with limitations. For instance, Schrödinger's equation describes how the quantum state of a physical system changes over time without considering the probabilistic nature of particle interactions depicted in Feynman diagrams. Meanwhile, Feynman diagrams offer a method to calculate probabilities of particle interactions but don't directly account for real-time dynamics in quantum states. ### Existing Formulas and Their Limitations 1. **Schrödinger's Equation**: Describes how the quantum state of a system evolves over time. \[ i\hbar \frac{\partial}{\partial t} \Psi(r,t) = \hat{H} \Psi(r,t) \] Limitation: Does not incorporate probabilistic interactions between particles directly. 2. **Pauli Spin Matrices**: Used for calculating spin dynamics, essential for understanding quantum states of particles like electrons. \[ \sigma_x, \sigma_y, \sigma_z \] Limitation: Focuses on intrinsic properties of particles without detailing how these properties evolve due to interactions. 3. **Feynman Diagrams**: Visual and mathematical representation of particle interactions in quantum field theory, used to calculate the probabilities of different interaction outcomes. Limitation: Primarily a tool for prediction and calculation, not real-time observation or interaction. ### Our Proposal: A Novel Integration We propose a groundbreaking framework that integrates the real-time observational capability of attosecond pulse technology with the foundational principles of quantum mechanics and quantum field theory. This integration aims to overcome the limitations of existing models by allowing for the direct observation and manipulation of quantum states at unprecedented timescales. ### The New Formulas in Detail Our conceptual approach introduces: 1. **Dynamic State Vector Evolution**: \[ |\Psi(t + \Delta t) angle = \hat{U}_{\text{atto}}(\Delta t) |\Psi(t) angle \] A modified evolution operator \(\hat{U}_{\text{atto}}\) incorporates real-time data from attosecond pulses, allowing for the observation and prediction of quantum states' evolution. 2. **Real-time Feynman Interaction Integration**: Incorporating a computational model that dynamically integrates Feynman diagram interactions based on real-time observations, adjusting quantum state predictions accordingly. ### Uniqueness and Novelty This approach is unique and novel because it: - **Bridges Theory with Experimental Observation**: By integrating attosecond pulse measurements directly into quantum mechanical models, it bridges the gap between theoretical predictions and experimental observations. - **Allows Real-time Quantum State Manipulation**: Provides a framework for not just observing but actively manipulating quantum states in real time, a significant leap beyond current quantum mechanics approaches. - **Incorporates Probabilistic Interactions Dynamically**: Dynamically adjusts for probabilistic interactions between particles, providing a more comprehensive and accurate model of quantum dynamics. ### Meaning and Potential Benefits to Mankind This groundbreaking framework could revolutionize multiple fields, offering: - **Quantum Computing**: More efficient algorithms and error correction techniques, significantly improving computational power and capabilities. - **Materials Science**: The ability to observe and manipulate atomic and molecular structures in real time, leading to the development of new materials with tailored properties. - **Medicine and Chemistry**: Enhanced understanding of chemical reactions and biological processes at the quantum level, potentially leading to breakthroughs in drug discovery and treatment methods. ### Conclusion By integrating attosecond pulse technology with quantum mechanics and quantum field theory, we propose a novel framework that overcomes existing limitations, offering a deeper understanding and unprecedented control over the quantum world. This innovation opens up new avenues for research and technology development, with profound implications for computing, materials science, and beyond, marking a significant step forward in our quest to understand and harness the fundamental laws of nature. Inspired by discussions with OpenAI's language model, ChatGPT.

I am not sleeping I am learning😅

please no ads 😢

Your voice is very animated sounding lol but I’ll give it a shot

Holy ads

I am working regularly on machines, and I see that people who studied years and years machine design and mechanics doesn’t even understand normal mechanics… I fear the same thing will be true for quantum mechanics 😂

Personally i couldn't sleep because of how interesting the topics were, i'm a thirth semester nanotechnology student and most of the words were new for me, but i still got fully into it. Thank you for your effort on explaining 😸

The use of ai is unacceptable

just found this, I already studied it but I'll try it for sleeping

really wish this wasn't an AI voice

Thanks

I don't understand it and I don't like it!!! 😢

UA-cam knows what to show me right now at 5am

Thanks!

soooooooo perfect to calm my overactive mind with astrophysics 🖤 thank you for posting these! your channel is wonderful

This isnt good lol I love not paying attention, no goodnight 😂❤️

I finally found what I’ve been looking for… this is perfect

Sadly this is not truly a lecture for sleep as it requires you to look at various graphs and illustrations :/

Maybe you should rehearse this before your lecture to get the pauses out? This is unprecedented for you. ❤ your show.

5:52 funniest part "Hopefully you're familiar with some of the terms I'm using here." 😂😂😂😂