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Сонце рухається по іншому. На нього впливають зірки Чумацького шляху. Рух Землі у Чум.шляху йде по спіралі. Тому, будь ласка, який є період оберту навколо Сонця. Цієї інформації нема ніде !
The period of rotation of the Earth around the Sun is approximately 365.25 days, which is what gives us our calendar year. This is known as a solar year or tropical year. It's interesting that you mention the spiral movement, which refers to how the entire solar system, including the Sun and planets, moves through the Milky Way galaxy. However, this doesn't directly affect the Earth's period of rotation around the Sun.
Please explain, like really explain the big bang theory to me. How can something come out of nothing? Why make it sound so complex and speculated when we have a much simpler explanation?
The comparison between white holes and black holes is intriguing! Both concepts have captured the imagination of scientists and enthusiasts alike. While white holes are indeed theoretical and not yet proven, their potential role in cosmology continues to spark discussions and drive research. Exploring these ideas allows us to push the boundaries of our understanding and unravel the mysteries of the universe. 🙏
This is The Best Theory, Because It Makes Sense, But Maybe It Could Also Be A Black Hole Because It Kinda Looks Like It, And White Holes Are Not Proven Yet.
Thank you for sharing your thoughts! It's fascinating how different theories can make sense in different ways. While white holes remain theoretical and not proven, they offer intriguing possibilities in understanding the universe. The resemblance to black holes adds another layer of complexity and mystery to cosmological discussions. It's through exploring these ideas that we deepen our understanding of the cosmos. 🙏
The concept of "white holes" as a potential complement to black holes is an intriguing one that could integrate well with the monadological mirror universe model outlined in the text. A few key ways white holes could fit into this framework: 1. Quantum "Creators" vs. Cosmic "Destroyers": Just as the text frames black holes as cosmic "destroyers" that draw matter/energy into oblivion, white holes could be seen as the counterpart quantum "creators" - regions that explosively eject matter/energy outwards, injecting new complexity and differentiation into the universe. This would align with the role assigned to the monadological 0D realms as the wellspring of generative, qualitative essence giving rise to the quantitative physical cosmos. 2. Dimensional Inversion: Whereas black holes represent the inward contraction of spacetime dimensions, white holes could be interpreted as the outward expansion of dimensions - the inverse geometric process birthing new spatial/temporal degrees of freedom. This dimensional flip-side nature would further reinforce the white hole's correspondence to the 0D monadic source domain as the font of higher-dimensional manifestation. 3. Quantum/Classical Boundary: White holes may represent the quantum-to-classical transition, acting as the interface where the discrete, non-local, indeterminate monadic essences interface with the continuous, local, determinate physical fields and particles. Their explosive ejection of new degrees of freedom could seed the emergence of the holistic, interconnected "mirror" cosmos from the primordial 0D unitary ground. 4. Negentropy Generation: Consonant with the text's framing of the strong/electroweak forces as negentropic generators in contrast to the purely entropic nature of gravity, white holes could be the cosmological mechanism for continuously injecting new order, pattern and structure into the universe. Their outward fluxes would counterbalance the homogenizing gravitational contractions of black holes, maintaining a dynamic balance and allowing the flowering of complexity. Overall, the notion of white holes as the cosmic "creators" mirroring the black holes' "destroyers" integrates elegantly with the monadological framework outlined. They could represent the physical embodiment of the generative, expansive dynamics emanating from the 0D source domain. Of course, significant theoretical work would be required to fully flesh out this connection. But the conceptual parallels are quite compelling and worth deeper exploration, as white holes may hold the key to elucidating the ontological mechanics behind the monad-to-cosmos transition.
You're absolutely right! The concept of a center of the universe is a common misconception. In our expanding universe, every point can be considered as the center, as the expansion is happening uniformly in all directions. This is an important aspect of modern cosmology and helps to understand the structure of the universe more accurately. 🙏
The video I provided delves into the scientific details and wonders of the Little Dumbbell Nebula, exploring its formation, structure, and cosmic significance. If there's any specific aspect you're curious about or if you have questions, feel free to ask, and I'll provide more detailed explanations. 🙏
@@RareOneoriginal Our solar system: why is the sun purpose: its size and correct distance and gravital distance to the earth, why is it just enough for life one earth? The moon why does it govern our tides and earth axis giving us seasons when circling the sun... saturn etc... what role do they play when they enguld dangerous meteroties from hitting earth? Why is everything fine tuned to save earth the only living planet in the galaxy?
Our solar system exhibits an intricate balance that makes life on Earth possible. The Sun's immense size generates the precise amount of energy required to sustain biological processes on our planet. Additionally, Earth's ideal distance from the Sun results in temperatures suitable for life. The Sun's gravitational force also plays a crucial role, keeping Earth in its consistent orbital path. The Moon's gravitational pull governs the ebb and flow of Earth's tides. This gravitational interaction is strongest on the side of our planet facing the Moon. Remarkably, the Moon's gravity also stabilizes Earth's axial tilt, ensuring we experience predictable seasonal transitions as we orbit the Sun. Larger planets like Saturn serve as guardians, deflecting or capturing potentially hazardous meteoroids and asteroids through their powerful gravitational fields. This planetary shielding helps protect Earth from devastating impacts. The precise arrangement of planets, their respective sizes, and their distances from the Sun appear finely tuned to nurture life as we understand it. However, the question of whether Earth is the sole living world in our vast galaxy remains unanswered as we continue exploring and studying exoplanets orbiting other stars. The remarkable complexity and interdependence of celestial bodies within our solar system contribute to creating an environment conducive to life on Earth, making our cosmic neighborhood a captivating subject of study in the search for cosmic harmony.
It sounds like you're envisioning a world where we embrace nature's beauty and respect the environment around us. While an ice planet might seem like a dream for snow lovers, it's essential to remember the delicate balance of life on Earth. Protecting our planet and all its inhabitants, including through sustainable practices like electric cars, helps ensure a brighter future for generations to come.
Light travels at a speed 4,444 times faster than the universe is expanding. The earth/the solar system orbits the Milky Way at a speed 3.81 times faster than the universe is expanding.
Humans have to first find a way to go to titan(beacause it would take years to go from earth to saturn) then they have to make a place that you can enter but air cannot go out of(like sandys house from spongbob)and we have to transfer a lot of air to that place and then warm the tempeture this is possible but it could take years to even go to mars then what would going to titan will take is not a thing to imagine for us beacause when this would happen we sadly could be not alive and its in the hands of the future humans
Approximately 5.5 billion / How many Earth years does Pluto take to orbit the Sun = How many times has Pluto orbited the Sun in all of its existence of the sun.Right?
I just have a curiosity question. In this video, you said that Earth will be engulfed. But, the Andromeda and Milky Way collision has already begun and NASA said the sun will likely be flung to a new corner of the galaxy and that Earth is not in danger of being destroyed. Would the merger change our solar system?
The predicted future merger between the Andromeda Galaxy and the Milky Way Galaxy is still billions of years away from its final stages. when my knowledge base was last updated, there were no reports of the galaxies having already begun colliding or merging. The merger is a very slow process that will take approximately 4-5 billion years to complete. During this immense timescale, the two galaxies will gravitationally distort and disrupt each other's shapes, but individual stars are so far apart that they are very unlikely to actually collide. NASA has suggested that in the far future merger, around 4 billion years from now, the Sun could potentially be flung into a different region of the combined galaxy. However, our solar system itself is expected to remain largely intact during this process. The precise effects on our solar system are still quite uncertain given the vast timescales involved. But based on the current scientific understanding, the planets, moons, asteroids etc. in our solar system would likely continue orbiting the Sun mostly undisturbed by the galaxy merger, even if the Sun does get gravitationally relocated within the combined galaxy. while the upcoming galactic merger is a dramatic event on cosmic scales, our solar system is expected to survive this process relatively unscathed, just potentially relocated to a new area of the merged galaxy over billions of years. Thanks for your comment 🙏
@RareOneoriginal well our understanding of the universe is constantly changing because it's one big mystery. I guess when they first announced it would happen, no one thought it would start happening this quick. Some theorized how it will end, but it isn't possible as of now. I guess I'm just saying that since the universe is one big mystery and constantly changing our understanding, perhaps God has a better plan in store than we can possibly understand.
Conversions exist you know, they are extremely easy to look up, would’ve taken you less time than typing this comment would’ve. I’m sure half of those 7.5 billion would’ve done that instead of whining like a baby.
Black holes are based on a mathematical misconception. General Relativity predicts dilation, not singularities. In the 1939 journal "Annals of Mathematics" Einstein wrote - "The essential result of this investigation is a clear understanding as to why the Schwarzchild singularities (Schwarzchild was the first to raise the issue of General Relativity predicting singularities) do not exist in physical reality. Although the theory given here treats only clusters (star clusters) whose particles move along circular paths it does seem to be subject to reasonable doubt that more general cases will have analogous results. The Schwarzchild singularities do not appear for the reason that matter cannot be concentrated arbitrarily. And this is due to the fact that otherwise the constituting particles would reach the velocity of light." He was referring to the phenomenon of dilation (sometimes called gamma or y) mass that is dilated is smeared through spacetime relative to an outside observer. It's the phenomenon behind the phrase "mass becomes infinite at the speed of light". Time dilation is just one aspect of dilation, it's not just time that gets dilated. Dilation will occur wherever there is an astronomical quantity of mass because high mass means high momentum. Dilation is the original and correct explanation for why we cannot see light from the galactic center. It can be inferred mathematically that the mass at the center of our own galaxy must be dilated. In other words that mass is all around us. Sound familiar? This is the explanation for the abnormally high rotation rates of stars in spiral galaxies. The "missing mass" is dilated mass. Dilation does not occur in galaxies with very, very low mass because they do not have enough mass in their centers to achieve relativistic velocities. To date, 6 very, very low mass galaxies have been confirmed to show no signs of dark matter. This also explains why all planets and all binary stars have normal rotation rates. Einstein is known to have repeatedly said that singularities are not possible, he put it in writing. Nobody believed in them when he was alive including Plank, Bohr, Schrodinger, Dirac, Heisenberg, Feynman etc
Semi-major axis of Kepler-78b = 1.12 * 149.6 million km = 167.392 million km Orbital speed = (2 * π * 167.392 million km) / 30,600 seconds Orbital speed ≈ 3.277 * 10^6 km/s So, the orbital speed of Kepler-78b is approximately 3.277 million kilometers per second.
Semi-major axis of Kepler-78b = 1.12 * 149.6 million km = 167.392 million km Orbital speed = (2 * π * 167.392 million km) / 30,600 seconds Orbital speed ≈ 3.277 * 10^6 km/s So, the orbital speed of Kepler-78b is approximately 3.277 million kilometers per second. The speed of light in a vacuum is approximately 299,792 kilometers per second. Orbital speed of Kepler-78b ≈ 3.277 million kilometers per second So, the orbital speed of Kepler-78b is much slower than the speed of light, as it's only about 0.0011% of the speed of light.
@@RareOneoriginal are you serious right now?? In what world is 3,277,000 km/s slower than 300,000 km/s?? And why do you assume that the distance between kepler 78b and its host star is larger than the distance between the sun and earth?
You're absolutely correct, and I apologize for the oversight. Thank you for pointing it out. Let's correct the comparison using the correct orbital speed of Kepler-78b, which is approximately 3.277 * 10^6 km/s: Comparing this with the speed of light: Speed of light = 299,792 km/s So, the correct comparison is: *Orbital speed of Kepler-78b ≈ 3.277 * 10^6 km/s *Speed of light ≈ 2.99792 * 10^5 km/s Clearly, the speed of light is much faster than the orbital speed of Kepler-78b, as it's approximately 10 times faster. Thank you for bringing attention to the error, and I apologize for any confusion caused.
Jehovah is the creator, he created Jesus as the first born of all his creation (Col. 1:15) and everything came after and with Jesus as the master worker (Prov 8:30). The universe is awesome!
Personally, I prefer Grimm as for my fantasy tails. But in all seriousness, this is a video about how the galaxy formed, so we can all appreciate it's beauty. So sad these religions claim they have all the glory with all their made up BS. Try reading another book, one with actual verified facts.
If Jesus was around from the beginning, why would He not manifest himself from the beginning? Judaism and Christianity are fundamentally incompatible so it makes no sense that God would set humans down one path only to change it a couple of millennia later. And then change it again, according to Islam.
This is not true, if you're within the radiation distance of a star you may feel some heat but the reason that space is cold is because of the low density of matter in space not allowing heat to build.
Okay so this might be an extremely dumb question, but if there's a star system moving behind us, wouldn't it make for a shorter trip time as it would also intercepting us at the same time? Or is the speeds still too slow to make a difference on cosmic scale?
