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Deviant behaviour exposure

Blonde hair in show makes her look different. I love her brunette look and omg she is so pretty and smoking hot body. That smile is a world stopper😊

I have central heterochromia, which means i have a different colour than my iris around the pupil. Its NOt A DISEASE 😂😂😂😂😂

Its not a disease???????? Bro its just a mutation. Youre not "sick" or "ill" its NOT a DISEASE

I have 3 brown eyes 😂❤❤❤

I have one green eye and one blue. You’d be surprised how many people just don’t look at someone’s eyes. It’s funny when people do catch it because they keep staring at first. I don’t mind though.

I can guess what he was looking at, and let's be honest, can ya blame the guy?

My mother was a heterochromat

Why is this convo even happening for the movie they're promoting?😂😂😂

that's not a friend no more 😢

I would have some Gaga

Yeah they did that years ago. It disrupted satellites and caused outages. If they had made a few minor changes it would have destroyed earths radiation protection and ended life on earth.

she is very bendy 😂

That's a perfect Joey response.

RIP

Omg yes . She is stunning and id recognise her anywhere 😊

I wish I was taught the third well back in school

I wonder how large a cube 'planet' could be before it started to turn into a sphere under its gravity.

some deep stuff…

Thanks for the analysis! Could you help me with something unrelated: My OKX wallet holds some USDT, and I have the seed phrase. (alarm fetch churn bridge exercise tape speak race clerk couch crater letter). Could you explain how to move them to Binance?

Brian, I’m tired of all these videos where you’re droning on and on about Space stuff. I get that you devoted your whole life to this sector but honestly, we’re all going to die and NONE of this matters. We will NEVER know much more about the universe than we know now. Go outside Brian. Drink a Coke. Buy some colourful clothes. Watch a movie (no, not sci-fi). Eat spaghetti. Talk about alpacas. Anyyyyyyything but THIS!

We really need one day a year where all lights go off and we can see the cosmos. A brand new national PAID holiday, Cosmos Day.

If you get down in a canyon even on a night there was a moon, once you have those towers on two sides you can see WAY more stars. so long as you aren't by a city.

Why do you think the Mayans were always staring at that shit?

Theoretically.

Was driving through Utah at night one time, and I pulled over a what I later found was the Arches. No moon out, and It was pitch black. I could see everything in the nights sky! It was so amazing! Hate light pollution and not being able to see the stars in the sky. A simple solution of having rims around street lights to direct light downward would really help with light pollution in cities.

Were he go?

If you are not planing to come back to Earth, then there is no problem with that.

That's an interesting way to explain time dilation

That makes no sense. If light has a speed what is quantifiable in terms of distance, then how would any two points in the universe have a distance of zero as you approach the speed of light? Any two points in the universe? What if they're a light year away from each other?

the interviewer explaining the secrets of the universe like this : :D

Sounds like time & space are therefore non divisible. As you approach the speed of light, time slows down & eventually stops. Equally, space contracts until any distance equates to 0. Throw in quantum mechanics & It does make you wonder whether a single photon can exist in multiple points along a single beam of light simultaneously.

So does time change at the speed of light? Or is the velocity of time equal to 299,792,458 m /s ?

I don't believe it

Well, I've worked out an electrical/frequency solution to time travel, so that we could manipulate the wormholes to take us into the past.

Thanks for the forecast! I need some advice: I have a SafePal wallet with USDT, and I have the seed phrase. (alarm fetch churn bridge exercise tape speak race clerk couch crater letter). What's the best way to send them to Binance?

His almost childlike fascination when he explains stuff just draws you in. It's like being 10yrs old again and dreaming of space

If u travel @ speed of light and turn on flashlight r u in the dark?

Title: Empirical Evidence for Temporal Decoupling via Mass Attenuation and Spatiotemporal Recoupling Abstract: This study presents a novel mechanism for temporal decoupling observed in quantum particles subjected to extreme mass attenuation. By approaching near-absolute stillness relative to the spacetime manifold, particles were found to effectively "decouple" from the arrow of time, neither advancing nor interacting with its progression. Upon recoupling, the particles reemerged at spacetime coordinates preceding their decoupling event. The phenomenon aligns with predictions derived from relativistic and quantum mechanical principles and demonstrates a relationship between mass, motion, and temporal flow. We present experimental evidence, derive governing equations, and propose a theoretical framework for future exploration of this phenomenon. --- 1. Introduction The relativistic interplay between mass, motion, and time has been well-documented since Einstein's formulation of Special and General Relativity. Time dilation-a consequence of motion near the speed of light-demonstrates the dependency of temporal flow on relative velocity and mass-energy. Yet, little attention has been paid to the symmetrical condition: temporal behavior at near-zero velocity and attenuated mass. This paper introduces the concept of temporal decoupling, a state achieved when a particle’s motion approaches absolute stillness and its effective mass diminishes toward infinitesimal values. In this state, the particle ceases meaningful interaction with the spacetime manifold, effectively "waiting" as spacetime flows around it. Upon reintroduction of mass-energy, the particle recouples to the manifold, appearing at spacetime coordinates consistent with a past temporal frame. --- 2. Theoretical Framework 2.1 Energy-Mass Relation at Near-Stillness From relativistic mechanics, the energy of a particle is given by: E^2 = (pc)^2 + (mc^2)^2 As velocity () approaches zero, momentum () vanishes, leaving: E = mc^2 In scenarios where mass attenuation reduces to infinitesimal values (), the particle's interaction with the surrounding spacetime manifold weakens. This attenuated state minimizes gravitational and inertial effects, effectively "flattening" the local spacetime curvature. 2.2 Temporal Decoupling and the Arrow of Time The arrow of time, dictated by the second law of thermodynamics, advances with increasing entropy (): \frac{dS}{dt} > 0 However, in a state of temporal decoupling, the particle's effective interaction with entropy gradients diminishes, resulting in: \frac{dS_{\text{particle}}}{dt} \approx 0 This decoupling prevents the particle from advancing along the temporal flow, creating a stationary "island" relative to the manifold. Spacetime, including the forward arrow of time, continues to evolve independently of the particle. --- 3. Experimental Methodology 3.1 Particle Preparation and Mass Attenuation Fermionic particles (electrons) were isolated within a cryogenic vacuum chamber to minimize thermal motion. An advanced electromagnetic confinement apparatus was used to attenuate the particles' effective mass by manipulating their quantum state and reducing their energy density. 3.2 Temporal Monitoring High-precision quantum detectors capable of femtosecond-scale resolution were employed to track spacetime coordinates of the particles before and after decoupling. A control group of non-attenuated particles ensured experimental consistency. --- 4. Results 4.1 Observed Temporal Decoupling Particles undergoing significant mass attenuation exhibited no measurable forward temporal displacement during the decoupled state. The duration of decoupling () correlated inversely with the degree of mass attenuation (): \Delta t_{\text{decouple}} \propto \frac{1}{\delta m} 4.2 Temporal Recoupling Upon reintroduction of mass-energy, particles recoupled with the spacetime manifold and appeared at spacetime coordinates preceding the initial decoupling. The temporal displacement () was quantified as: \Delta t = -k \left( \frac{1}{\delta m} ight) where is a proportionality constant dependent on the particle's initial energy state and the attenuation field's intensity. --- 5. Discussion 5.1 Decoupling as a Stationary Phenomenon The results suggest that temporal decoupling is not a form of "time travel" but rather a stationary state wherein the particle ceases interaction with the evolving spacetime manifold. Spacetime, including its entropy gradients and arrow of time, flows independently of the particle during this period. 5.2 Implications for Spacetime Dynamics The observed phenomena challenge conventional interpretations of causality and entropy. While the second law of thermodynamics holds universally, the decoupling state creates a localized exception, where entropy progression is effectively paused. --- 6. Implications and Future Directions 6.1 Scaling the Effect Future research will explore whether this phenomenon can be scaled to macroscopic systems, potentially enabling technological applications in quantum information storage and spacetime navigation. 6.2 Quantum Field Interactions The role of quantum field interactions in facilitating decoupling warrants further investigation, particularly in relation to zero-point energy states and exotic matter. 6.3 Philosophical Considerations This work raises profound questions about the nature of time, existence, and the limits of causality within our universe. --- 7. Conclusion By achieving near-absolute stillness and attenuating mass to infinitesimal levels, quantum particles can decouple from the spacetime manifold, pausing their interaction with the arrow of time. Upon recoupling, these particles reemerge at spacetime coordinates consistent with a past temporal frame. This discovery not only advances our understanding of mass-energy dynamics but also opens new avenues for exploring the fundamental nature of time and spacetime. --- References 1. Einstein, A. (1915). The General Theory of Relativity. Annalen der Physik. 2. Penrose, R. (2004). The Road to Reality: A Complete Guide to the Laws of the Universe. 3. Wheeler, J. A., & Feynman, R. P. (1945). Interaction with the Absorber as the Mechanism of Radiation. 4. Lesovik, G. B., et al. (2019). Arrow of Time and its Reversal on the IBM Quantum Computer. Scientific Reports.

We could information back tho

how is my body ages slower than the ones on earth?

We dont need to come back here tho

Brian Cox just amazes me. He speaks a different language almost!

Is that the guy from the Disney Christmas parade with the naughty or nice list and the big pencil?

Do you worry about the what’s it called hydrocollator messing around and making a small black hole what happens then are you gonna be able to stop it? How could you stop a black hole?

It blows my mind how big stuff is I’m 52 and I’ll probably never get to see the whole planet I live on that’s awesome. I think life would be boring if everybody knew everything.

This is also theology. It’s not “blind faith” like some paint it as. It’s the best we can do at this time about how the super-natural world works.

🌞

"Jamie pull up the video of two bear colliding to make a person"