Youtube comments of Max Strelets (@maxstrelets263).

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  12.  @chopperoon1  While it's tempting to view a 1.2-degree increase over 100 years as 'minuscule,' it's crucial to understand the broader context. This seemingly small temperature rise has already led to significant changes in climate patterns, including more frequent and severe weather events. As for the 400 ppm of CO2, it's not just the absolute number that matters, but the rate at which it's increasing. The global average atmospheric CO2 was 417.06 ppm in 2022, setting a new record high. This marks the 11th consecutive year where the amount of CO2 in the atmosphere has increased by more than 2 ppm. The annual rate of increase in atmospheric CO2 over the past 60 years is about 100 times faster than previous natural increases, such as those that occurred at the end of the last ice age 11,000-17,000 years ago. Moreover, CO2 is Earth's most important greenhouse gas. In 2021, CO2 alone was responsible for about two-thirds of the total heating influence of all human-produced greenhouse gases. Even a 'low' concentration of 400 ppm has significant implications for global warming and ocean acidification. So, while the numbers may seem small in isolation, their impact on our planet is anything but. It's not just about what will happen naturally; it's about how human activities are accelerating these changes at an unprecedented rate. I'd recommend doing your own research to understand the gravity of these numbers, rather than relying solely on someone else's interpretation of these studies.
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  31.  @ronaldkemp3952  While the 10,000 to 1 ratio you've observed is intriguing, it's important to understand that scientific theories are built on more than just patterns or correlations, no matter how consistent they may seem. A key aspect of scientific inquiry is the ability to explain phenomena through testable mechanisms and predictions, not just through observed ratios. In the case of your theory, for it to gain scientific credibility, it would need to be rigorously tested and validated through a range of observations and experiments, ideally by independent researchers. This would involve not only checking other stars and galaxies for the same ratio but also understanding and explaining the underlying mechanism that would cause such propulsion, and how it aligns with established laws of physics. Furthermore, consistency in a pattern doesn't automatically imply a causative relationship. In astrophysics, especially, where we're dealing with immensely complex systems, numerous factors could lead to similar observational outcomes. A comprehensive theory would need to account for these variables and offer explanations that are consistent with what we already understand about physics, particularly gravity and motion. I am genuinely curious about your work and would be glad to get acquainted with your research. Can I find it on arXiv or researchgate? I encourage continuing this kind of curious inquiry, but also suggest considering the broader scientific context and the rigorous processes required to establish new theories in the field of cosmology.
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