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Author: ebuc

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ebuc
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If you begin at 24:00 you get the gist of this vid without having some of the same info repeated.


Two side notes:

1} loop quantum gravity as of few months ago is now officially dead long live Einsteins c is a constant with any frequency EMRadiation at any distance,

2} string theories AdS/CFT via Maldacena also concurrs with holographic principle, determinism, and occupied space information is naught is lost nor created in black holes, only transformed.

3} and I must mention, that, Roy Kerr/Nemum spinning/rotating and charge blacks  given mention prior to time stamp 24:00

ADreamOfLiberty
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@ebuc
You are insane and you are using sabotaging scientific literacy by randomly combining concepts you do not understand and which in no way relate to any possible interpretation of your conclusions.
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@ADreamOfLiberty
I actually wonder how good this dude's life would be if he spent time studying science instead of pseudo science. 

He is in other threads begging for democrats to win so he can get free shit when if he applied himself correctly he wouldn't need weldare
Best.Korea
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The field of quantum gravity is currently undergoing a major paradigm shift. Loop quantum gravity, which was once a leading contender, has recently been shown to be inconsistent with fundamental principles of physics. This has led to a renewed focus on other approaches, such as string theory and the holographic principle.
String theory, which posits that the fundamental constituents of matter are tiny vibrating strings, has been gaining momentum in recent years. One of the most promising developments in string theory is the AdS/CFT correspondence, which relates quantum gravity in a negatively curved spacetime (anti-de Sitter space) to a quantum field theory living on its boundary. This correspondence has profound implications for our understanding of the nature of space, time, and gravity.
Another important development in quantum gravity is the holographic principle, which states that the information content of a region of space is finite and can be encoded on its boundary. This principle has been shown to be consistent with the laws of thermodynamics and suggests that black holes may not be as destructive as previously thought.
Finally, it is worth mentioning the work of Roy Kerr and Nemum on spinning and charged black holes. Their solutions to Einstein's equations have played a crucial role in our understanding of the properties of black holes and their interactions with matter and radiation.
These are just a few of the exciting developments in the field of quantum gravity. As our understanding of the nature of reality continues to evolve, we can expect to see even more groundbreaking discoveries in the years to come.
FLRW
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@Best.Korea

     Isn't ADOL spooky action at a distance?
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@FLRW
Well, we know Einstein was wrong about quantum entanglement because he fundamentally disagreed with the notion that particles could be linked in such a way that their properties would instantaneously affect each other, no matter the distance between them—what he referred to as "spooky action at a distance." The EPR Paradox, proposed by Einstein, Podolsky, and Rosen in 1935, challenged the completeness of quantum mechanics by suggesting that the theory could not account for this seemingly instantaneous correlation without violating the principles of locality (the idea that objects are only influenced by their immediate surroundings). Einstein believed that there must be hidden variables, not accounted for by quantum mechanics, that would explain the observed phenomena without resorting to what he saw as an illogical action over distance.

However, Bell's Theorem, developed in 1964, and subsequent experiments, proved Einstein's position incorrect. Bell formulated inequalities that, if violated, would indicate that no hidden variables could explain the correlations seen in quantum entanglement experiments. When these experiments were conducted—most famously by Alain Aspect in the 1980s—they demonstrated that Bell's inequalities were violated, meaning that no local hidden variable theory could explain quantum entanglement. These experiments confirmed that entangled particles behave in a way consistent with quantum mechanics, with their states correlated instantly, regardless of distance. The "spooky action" that Einstein rejected was real, and non-locality is an inherent feature of quantum systems.

Furthermore, experiments in quantum teleportation have provided practical evidence of quantum entanglement. In quantum teleportation, information about the state of a particle can be "transferred" across vast distances without a physical medium, relying entirely on the entangled state of particles. This phenomenon further confirmed the reality of entanglement and non-locality. Einstein's resistance to these ideas stemmed from his classical understanding of physics, where information cannot travel faster than the speed of light, but quantum mechanics operates under different rules that allow for such non-local interactions, proving Einstein wrong on this front.
Best.Korea
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@FLRW
ADOL Roy Kerr Nemum spinning rotating and charge blacks.
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@Greyparrot
However, Bell's Theorem, developed in 1964, and subsequent experiments, proved Einstein's position incorrect. 
So this whole is Einstein visit to France and description of the whole process, after his several years of covering waste issues of Bell's Theorem.
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@Best.Korea
Well, let me just say, when we talk about the relationship between low testosterone and understanding physics, we need to think about more than just numbers. The nuanced approach, the nuanced thought process, the very nuanced perspectives needed in physics can sometimes be a challenge, a challenge, especially when there’s a disconnect with certain physiological factors like testosterone. Now, testosterone plays a role in how people engage with challenges, and those with low testosterone might struggle, struggle in ways that affect their mental drive, their mental focus, and their ability to grasp complex subjects like physics. But it’s not just about grasping—it’s about the interplay of mind and body, mind and body, and how those two worlds collide.

You see, physics is not just about formulas. Physics is about motion, it’s about energy, and it’s about the flow of thought as much as the flow of particles. For men with lower testosterone, that flow might be disrupted, disrupted, because testosterone influences focus, it influences drive, and it influences confidence—all things necessary when grappling with complex theories and abstract ideas. So, it’s not just the numbers they are up against, it’s the mental and emotional fortitude required to take on those challenges, challenges that require a certain clarity of mind, clarity of mind, and a relentless pursuit of answers.

But at the end of the day, it’s not just about testosterone. It’s about the journey of thought, the journey of learning, and the journey toward a deeper understanding of both self and the universe. For some, the limitations of low testosterone create barriers, barriers to that pursuit, barriers to understanding. However, it’s about acknowledging, acknowledging those challenges and using determination, determination, and dedication to push through, regardless of the roadblocks. Physics may be complex, but the journey—the journey—is part of what makes it worth pursuing.
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@Greyparrot
we talk about the relationship between low testosterone and understanding physics
You can recycle testosterone by eating your own cum.