Power Of The Quantom
A.P.E. Lyrics


We have lyrics for these tracks by A.P.E.:


Ape Wit Me (Dragoș, Ștefane, mi-ai dat lean-ul pe jos) Yeah, yeah, yeah…
Cities C.E.O. LIFESTYLE Toast up We litty we litty My brother take …
Don't Touch My Cup She wanna come over, I'm like shawty let's lay low She…
Fallen It's my life And I have always done exactly what I…
Goin Goin Gone Tell my nigga keep going Never give up on yourself I noticed…
Hard I've been working so hard And I ain't done yet I'm a…
It's Goin Down Stand tall never fallin' Like a game of poker yo I'm…
Let's Ride You like that, huh? Remember me (let's get rowdy) (Let's rid…
No. 5 No me van a creer Porque yo asesino gente to' los…



Own It I had to get it on my own Late at nights…
Too Much Yea Emcee Yea... People will smile in your face Then stab yo…


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Most interesting comments from YouTube:

Mike Mazzola

Every time I watch this channel I come away with a head swim. I took a graduate course or two in quantum physics and electronics three decades ago. After watching a few of these videos, I, for the first time, can reflect positively on the teaching pedagogy that made everything mathematical. Basically, the message from instructor to student was "An electron/photon/[fill in the blank] does this or that. Let's derive an equation and work pages of math to establish what that means."

At the time of taking the classes, I felt absolutely comfortable with saying the wavefunction is just a mathematical expression of the probability of outcomes that cannot possibly be known until observed. To me, the particle subject to quantum mechanics was not simultaneously in two (or more) states, but that its actual state just hadn't been observed yet. That meant to me that the superposition of states was just an accounting of the probabilities of what the actual state was. The actual state singularly existed but wasn't known to the observer YET.

Crikey! Matt O'Dowd has made a complete hash of my confidence in the above interpretation of the math, obviously confirming his quote from Feynman that those that think they know how quantum mechanics works, don't!

The silver lining I see in all my confusion is that the idea of "entanglement" is finally starting to bring wavefunctions into focus as much more than uncertainty expressed in abstract math. Instead, wavefunctions appear to be some kind of metaphysical complexity that explodes the mind and hides something truly amazing about the universe.

Matt, keep up the good work while I try to keep up the comprehension as fast as the dialog flies by...



Mike Mazzola

Perhaps. I now realize from watching the PBS Spacetime videos that "my" interpretation described in the second paragraph more closely resembles the EPR interpretation. What I did not know was the history of quantum mechanical interpretations. This history has resolved the EPR paradox in favor of the alternative provided by Bell's theorem. That "my" interpretation is testable and has long since been found to be wrong was news to me!

So why was I in the dark until now? Because I didn't have a need to know. I'm an electrical engineer who did my dissertation research in the area of optical processes in semiconductor materials for a specific application. Later, in my professional career I continued to teach and do research in the area of semiconductor devices. We use, by an large, semiclassical physics to achieve awesome practical results. I once joked that learning about Bloch functions, the Kronig-Penney model, and reciprocal space to understand semiconductor bandgaps was one piece of physics too many for my purposes. However, the fact that I still recall that epiphany is a testament that it did me good.

The real point I was making was about the pedagogy of teaching quantum mechanics (and thus quantum electronics). Whenever a student asked "why" the answer was "just do the math." That there remains a lack of consensus on cosmology at least in part because of a lack of consensus on the interpretation of quantum mechanics brings home the need to spend more time on the history of the interpretations. History is often the last thing a professor spends time on in a "hard" STEM course. There is just "too much material to cover."

Why is my curiosity driving me to revisit a deeper understanding of quantum mechanics? Simple, quantum computing. I have a quasi-professional need to keep track of quantum computing.

Three or four years ago I watched a Google TechTalk on YouTube that was intended to be a quick continuing education course on the theoretical justification for quantum computing. I had grown tired of watching YouTubes by industry leaders trying to explain it to the masses. I knew I needed more formalism. Here is the video I watched: https://www.youtube.com/watch?v=I56UugZ_8DI. At the 9:42 mark you can hear the familiar pedagogy stated explicitly.

If I recall correctly, some place else in this video series the lecturer says how he resolves confusion when it becomes hard to believe that quantum mechanics is real. "You just have to put your head down and do the math."



Mosaiks

Thank you so much for sharing this enlightening video on one of the most enigmatic concepts in physics! It's truly remarkable how you've managed to simplify and shed light on such a complex topic.

As I delve into the depths of this video, I can't help but reflect on the wisdom of Kabbalah and its potential to inspire new perspectives on the fundamental questions of existence. Thank you for this mind-expanding video into the world of quantum!

For inspiration I suggest also to check these insighful videos :
https://www.youtube.com/watch?v=bONxpRiHQ4Y
https://www.youtube.com/watch?v=orMtwOz6Db0&t=2400s
https://www.youtube.com/watch?v=0QEn8maKRb8
https://www.youtube.com/watch?v=ZhUKOC_KLfM
https://www.youtube.com/watch?v=AdcedYVdUng&t=1767s



Peter Codner

You understand the mind is a dreaming machine? Everything absolutely Everything that goes on in it is dreaming.*No*exceptions, and to try the understand that using the dreaming machine, is identical to a mirror trying to reflect itself.

Until you understand that the mind is a dreaming machine, you will never get out of the hall of mirrors in which you find yourself, but you will *Never*understand that with the mind alone, and all attempts to do so will amount to little more than trying to make bread with a lawnmower.

That Australian wiseacre understands nothing and even less than he understands about consciousness which is not possible for him and thus he can have no experience of it. The mind can be a useful tool but it can no more *"Understand*" than a lawnmower can understand.

If you make a sincere effort to let go of the mind/dreaming machine, you will discover that you simply cannot, any more than you can runaway from or catch, your own shadow, and one of the reasons for that is summed up in the following:
"Always keep tight hold of nurse,

For fear of finding something worse."

Conscious means or translates as With_Knowledge and to speak of it in vacuo without identifying both Whose knowledge and knowledge Of_what is futile. Without that you might as well use stuff in stead of consciousness, and the next step on from that is what?

Can stuff affect how_much(quantum) mechanics?

That rather depends on what sort of stuff you have in mind, does it not?

Will a a lot of waffle about stuff allow you to experience with_knowledge *Now*? and if not now, when?

How can a dreamer experience with_knowledge, *Ever*?

Have you ever experienced the Absolute_Certainty of your own (for yourself)destruction forever or death?

Can you experience in all its vividness that Now? -or whenever you please?

No.

And so it is with With_Knowledge or consciousness.

Why?

Because those that dream are what?

All - Absolutely_All of what goes on in your head/mind is dreaming and you can always detect dreams by their circularity or about_ness; men say talking about*, thinking(they simply cannot) *about if it goes round and round or about it is *dreaming*, simple as that. The perfect still or silent mind does not dream, and to come to that perfect stillness and silence, I must - very simply, loosen that tight grip on or clinging onto the mind? Ah if you can come to that for more than the blink of an eye, you are a better man than I am Gunga Din



Bloody Orphan

Here's my take on the double slit experiment...

The EM field is full of no velocity photons, a Photon moving at C is simply an aperture in space jumping along the SR monodimensional particle space (i.e. does not disturb the EM field an any practical and observable way because no mass is moving only the "hole" in space is moving).

If the photon/particle aperture does interact with the EM field at the slot, you have a range of reactions that can occur depending on where the contact point is in relation to the center of the EM field particle(s).

If it hits the EM field particle dead square on (zero degree offset from the center) the EM field particle will be accelerated directly away from the incoming photon/particle.

If it hits the EM particles exactly in the center of two EM particles the resulting EM field movement will be two particles traveling at half the speed at an angle of 45 degrees offset from the incoming particle.

This is all that is required for the full waveform interference result.

There is no conscious observation required for this reaction :-)



All comments from YouTube:

Aaron Whiffin

I'm often both simultaneously in the pub, and in the taxi home until my wife collapses my wave function. She's the only observer that can do this

Larry Phillips Jr.

🤣

Scott Martin

Brilliant

Aadi Pandey

You get your dinner but not !

163 More Replies...

thenovicenovelist

As someone who is spiritual but still relatively grounded in reality, I'm glad you made this video. I tend to eye roll whenever people in spiritual communities try to use scientific terms they know nothing about in order to sound smart while they push views such as victim blaming, pseudoscience, and ignoring injustices in order to make money or feel better about themselves.

DeeJay Aech

Agreed

MarloTheBlueberry

Yes :D
Science can explain spiritualism sometimes..

Winona Frog

Cheers, agreed 👌🏼

1 More Replies...

Mike Mazzola

Every time I watch this channel I come away with a head swim. I took a graduate course or two in quantum physics and electronics three decades ago. After watching a few of these videos, I, for the first time, can reflect positively on the teaching pedagogy that made everything mathematical. Basically, the message from instructor to student was "An electron/photon/[fill in the blank] does this or that. Let's derive an equation and work pages of math to establish what that means."

At the time of taking the classes, I felt absolutely comfortable with saying the wavefunction is just a mathematical expression of the probability of outcomes that cannot possibly be known until observed. To me, the particle subject to quantum mechanics was not simultaneously in two (or more) states, but that its actual state just hadn't been observed yet. That meant to me that the superposition of states was just an accounting of the probabilities of what the actual state was. The actual state singularly existed but wasn't known to the observer YET.

Crikey! Matt O'Dowd has made a complete hash of my confidence in the above interpretation of the math, obviously confirming his quote from Feynman that those that think they know how quantum mechanics works, don't!

The silver lining I see in all my confusion is that the idea of "entanglement" is finally starting to bring wavefunctions into focus as much more than uncertainty expressed in abstract math. Instead, wavefunctions appear to be some kind of metaphysical complexity that explodes the mind and hides something truly amazing about the universe.

Matt, keep up the good work while I try to keep up the comprehension as fast as the dialog flies by...

Schmetter Ling

What you are missing is that quanta are not particles. They are energy values. An energy value does, indeed, not exist until it is being measured. And after it is being measured it doesn't exist, either, because energy can only be spent once. Anybody who ever told you anything about particles simple didn't understand quantum mechanics. Other than that your first paragraph was correct. The wave function doesn't describe a system. It describes a quantum mechanical ensemble, i.e. am infinite number of repetitions of the system. It allows you to calculate statistical outcomes and doesn't have anything to say about an individual outcome. It simply tells us what we don't know.

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