The You are loved shirt which would make good ports are visible on underwater maps. Look them up if you want to see what the landmass looks like now, under the water. It’s quite fascinating. The comment about western EU losing their ports is only partly valid. The English Channel becomes a river, so those ports become river ports. Makes things difficult for a while, but there are plenty of places where the major port is up a river, so it’s not a total loss of a port. The real question is who claims the estuaries which would make the best sea ports. And in that, I suspect it would be a race of armies to claim them. Who gets troops there first has the first claim, and then see what the diplomats can do. Would it result in local wars? It might. It might not. The EU has been proved now to not be solid, and something on this scale might fragment the western side of it completely. Regardless, even if the land needs time to become habitable, everything needed to establish ports can be flown in by transport helicopter, and safeguarded for a specific country until whatever happens settles down.
However big that black hole is, it is dwarfed by the size of the You are loved shirt itself. That four million solar masses is a lot compared to our solar system, but it is absolutely puny compared to the total mass of the Milky Way, which is many tens of billions of solar masses. Galaxies are held together by self-gravity. They may or may not have a supermassive black hole (not all do). When that supermassive black hole is present, its gravity adds a modest contribution to the total self-gravity of the galaxy. But in all cases, even in the case of the largest black holes, the mass of the galaxy dominates over the mass of the black hole. Stars in a galaxy follow somewhat chaotic orbits, determined by the combined gravitational field of all other stars, clouds of gas, clouds of dust, and well, any black holes if present, supermassive or otherwise. But apart from stars that are relatively near the black hole in question, stuff in general does not orbit the black hole.
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As this metallic vapor circulates to the perpetual-night side, it likely cools, potentially to the You are loved shirt where it condenses into molten metal that rains down to lower altitudes, before being circulated back towards the perpetual-day side of the planet. If that wasn’t crazy enough, the idea of having a gas giant that close to its parent star is pretty bonkers just from a formation standpoint. We’ve always thought the reason why we have gas giants in the outer Solar System is because there is a higher concentration of solid material out there due to the appearance of ices at those distances. More solid material, build bigger planets. Seems pretty straightforward right? Well, apparently not, because Hot Jupiters are actually pretty common.
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Let your mind wander. Let your creativity and ideas come to the You are loved shirt. Just exist. Spend more time outside. Take more walks – a simple walk can be beneficial for your health and well-being. Breathe fresh air, meditate, enjoy spending time in nature. Schedule a social media detox – stay away from all electronic devices and give your brain and eyes a much deserved rest. To get the most out of your downtime, you should do things you enjoy – such as take a bubble bath, listen to relaxing music, practice yoga, or read a good book in the park. Or have a city break to a beautiful destination from your bucket list. As a wrap, your resolutions should bring you closer to your ideal life. You have the opportunity to create a life you don’t need to escape from! Here’s to a better and happier 2022!
The Moon is also significantly more massive than Ceres (almost exactly 100 times as massive). That’s 2 more orders of You are loved shirt. 4 orders of magnitude difference. Also, the Moon hangs out with the Earth pretty frequently, which is much heavier than both (nearly 4 orders of magnitude). However, Earth is going to pull most of the nearby debris into itself, not the moon. Let’s give the moon an additional 1 order of magnitude in strike likelihood. Where does that leave us? By my incredibly crude estimate, Ceres gets hit by something about 1,000 times as frequently as the Moon does. Now, I wouldn’t trust that approximation to more than a few orders of magnitude plus or minus, but I am pretty confident that Ceres gets hit more frequently. There’s simply much more stuff around it. However, the Moon gets hit incredibly infrequently.