Takes a special kind of regard to get margin called selling covered calls. Anyway I’m sure you can turn that 60k to 1M spy calls for sure

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His goal is to double it within 3 months so he’s gambling just the same. Whole vocabulary of ”winning”, ”figured it out” screams bunch of wrong things, especially when you’ve been bent over the table for years prior. Any tard can win, very miniscule portion have that special good kind of autism where they don’t end up losing it all again anyway.

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Yeah it's a funny meme but a bit worrying people don't realise it's a thing. 100 year bonds are super safe investments that places like universities like. I haven't read the article yet but they probably have rules that say they can start repayment after 30 years if they want. Disney and Coca-cola are the kind of companies that have used them before.

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I'm wondering if it's some kind of OCD or something with this kid. I had to move to another area just pacing up and down 30 times 🙄

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There is one now, actually. We've hit a sweet spot where launch costs have diminished & we've confirmed the presence of large volumes of ice in permanently shadowed craters. Water is a kind of miracle fluid, not only because we need it to live and farm, but also because it can be electrolyzed into rocket fuel - the lack of ice found in the Apollo missions was one reason we "gave up" on the "anhydrous" Moon. The Moon now looks like the perfect cosmic gas station, where mining ice will play a pivotal role in missions further out. But it is more than that, too. There's a lot of potential with building a Lunar economy. The lower gravitational field would be a boon to any kind of logistics or heavy industry, with workers and machinery able to carry six times the payload they could on Earth. One industry in particular would truly benefit from this - fiber optics. Fiber cables are made by allowing a bead of molten glass to fall several stories, forming a long thin cylinder of glass behind the droplet as it descends. On the Moon it would be possible to make fiber cables six times longer than on Earth, as the tensile force remains the same but the gravitational force is reduced. The easy access to vacuum is also great for all kinds of chemical and industrial processes that are currently prohibitively expensive to do on Earth - such as semiconductor production that relies on clean rooms, distillation, solvent recovery, vacuum forming...and more. In terms of fuel needed to overcome the lunar "delta v", launch costs from the Moon are trivial, so it makes far more sense to build things like rockets on the Moon and do the launches from there than from Earth, if the goal is to reach other planets, so the Moon is destined to become a major spaceport. Lunar mining is also likely going to be very valuable and pay for itself in the near future - even if much of the Lunar subsurface is silicate, its surface is full of asteroid impact sites, and asteroids bring in valuable and rare metals. We don't have to wrangle an asteroid into Earth orbit, if it's just sitting out in the open on the Moon. Finally, the potential for radio astronomy is unparalleled on the Moon's far side, as this is the only spot left in our solar system that is dark to Earth's radio transmissions. I didn't even really go into the presence of Helium 3 isotopes on the natural satellite. H3 is a very useful fuel source for fusion reactions, and it is naturally created on the Lunar surface from the capture of solar wind particles. If we end up relying on nuclear fusion in the future, the Moon will be what powers our entire civilization.

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Only if you breathe it in. We would have to terraform the planet before you could safely breathe the air, and that includes adding water substantially enough to reduce those razor sharp particles and make the whole place a little more habitable. We’d need some kind of chemical reaction to reduce rock to oxygen and add hydrogen to make water from it. Also, we’d need to increase the gravity or give it a magnetic spinning iron/nickle molten core to create dipoles and a magnetic field that will help protect the atmosphere from solar winds taking away the atmosphere faster than we can make it. Also then we’d need the water to again erode the vast unforgiving landscape of razor sharp particulate dust. The moon did have a spinning core, if I recall correctly, but it’s long since frozen and cooled.

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A Venusian atmospheric colony would be completely reliant on outside inputs, and has no resources it can produce for trade, apart from captured gases being turned into polymers or methane rocket fuel. Would people build one? Perhaps the economics would make sense one day if you wanted a crew to start terraforming the surface, or needed a habitat closer to Mercury, but I just don't see polymers alone being enough of an economic draw in the future. The other trouble is because of its higher gravity, Venus is expensive in terms of delta V - you have to spend a lot of fuel to get out of its gravity well. Kind of harms it if you are thinking in terms of trade and travel efficiency.

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What kind of loser uses RDDT in 2026 🤡

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Nice. I may be going that route soon depending on what happens here… I certainly value the hims model. I was really only slightly overweight, I mostly wanted to try it because I’ve heard it can help alcohol problems and I didn’t want to go to my doctor and be like please give me this so I drink less, and instead get referred to AA or something. It has definitely helped if for no other reason than the fact that I just can’t stand to intake that many calories. This stuff is truly kind of a miracle drug. Just hopeful I don’t get kidney cancer or something in 20 years…

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Kind of hard to do in a market like this. Congratulations on being a complete retard. Good lord

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