Hi, I’m Cleo! (he/they) I talk mostly about games and politics. My DMs are always open to chat! :)

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Joined 11 months ago
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Cake day: October 25th, 2023

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  • Your commitment to analyzing all of this through a small hole of ideas that are relevant to you is preventing what you’re saying from making complete sense. You’re omitting things and skewing the perspective with a lens.

    This is because you’re both correct to some degree. Yes there is a large tribe who is using identity politics to gain support. However that support is less than equal to the other camp who uses scapegoating of said identities when you compare support on said social issues.

    For all of time this has worked in politics and as always it is, as you point out basically, used to obscure the actual dealings.

    Here’s where you’re completely off the rails. The DNC are masters at very little and especially are not masters at mass media marketing. Their slogans fail, their advertisements are bad, and they have failed to instill ideas that counter those of the right. The line about “conservatives are good for economy” still exists and they have no counter. The DNC are incredibly weak compared to the RNC.

    Make no mistake, the DNC is scraping by because they do not represent exactly what the elite class believe as much as the republicans do. The media has mostly turned on them and criticizes their candidates about 10x more. Most of the media, owned by the elite class, does not belong to the DNC. Every major news network, including CNN now, goes against them and works counter to them.

    And when we talk about why lgbt issues are present now, it has little to do with the tribalism you’re referencing. Little to do with identity politics. What’s even more rough to hear is that lgbt politics don’t matter to most voters. They matter to an LGBT crowd. Which is far smaller than the fundamentalists that the anti-lgbt are attracting. The DNC are not pro-LGBT in the way that we think of. They are pro-LGBT in the opposite way. The way where the other party has forced them to be.





  • Theres some cool reasons behind that and I encourage you to look into it but the summary is that a lot of our rovers use those oversized wheels so they don’t sink and instead spread their weight over the top of it. The regolith does get more compact as you go down, so that also helps prevent sinking all the way to the bottom.

    The other part is that both for rovers and astronauts we map out areas of high risk and avoid them. The Apollo astronauts landed in a specific spot and had certain areas to explore for that exact reason.

    Then when it comes to the LRV (the moon buggy) that we brought up there, that thing has very lightweight tires that are essentially just mesh wire. Helps to spread the load and they deform easily to get better traction in the loose rock.

    I had the pleasure of handling engineering replicas of the tires on the LRV and also newer generation martian rover tires. Including another engineering sample of the wheels on perseverance. NASA has a giant soil bin with a material that mimics the regolith that they use to test those wheels to prevent the rovers from sinking. Basically just attaching the wheels to a fake rover rig, loading it with weights, and then they drive it and track it in real time 3D space to measure slip and sinkage and all that.


  • The glass just has high angularity like the other particles it comes from so while in and of itself it isn’t useful, highly angular particles make for better interlocking when made into cements.

    And I don’t think they’re as worried about the depth of the dust in the highlands but it definitely makes exploring craters on foot impossible with the regolith present. You could absolutely get buried in it if the depth of the dust is 10m deep in some spots. We have a lot of concerns with the dust and how we can make long term survivable hardware which is part of what I worked on.


  • Not sure what will blow your mind but here’s some fun facts I feel like people don’t commonly know:

    1. Lunar regolith isn’t shallow, in many areas the regolith is 5m deep in the highlands and in craters and other areas it can be as much as 15m deep
    2. The regolith contains agglutinates, particles of rock that have been melted together by meteor impacts. They’re basically rock glass that contributes to the high abrasion of the regolith. We don’t have much of that stuff on earth and it’s very hard to make ourselves.
    3. Due to the lack of atmosphere, much of the dust is charged statically and will cling to astronauts and machines. I knew teams working on a sort of pulsing electricity in a grid of wires to repel the dust off of panels and suits.

  • Well, yes we’re getting a better one. I worked on Artemis adjacent projects and NASA isn’t just dreaming, they have plans for an actual moon base. It might take a decade or two, but it represents much more sustainable research and more beneficial research than what we have now in the ISS.

    For those interested, I worked as an intern on a few lunar soil related projects and the plan is to actually build stuff with it. If you’re interested, AMA





  • I think this is the biggest myth of conversation. People always tell you to search for people whom you share something in common with, but the reality is that nearly everyone shares something in common and there’s no reason to go searching for it.

    The key to a good conversation with a stranger is to initially do two things: 1. Ask details about the stranger and 2. Intertwine that with yourself in some way. You don’t even need to share this part.

    Good conversations have these things I’ll call “footholds” where you intentionally give each other details shortly after meeting in order to create those ties in conversation. If you ask where someone is from, you should shortly offer up where you are from as well. Or if you ask about a hobby, offer a light comparison to your own.

    Once you have enough of these footholds, the conversation should flow freely. If it ever doesn’t, ask the stranger more about themselves. And trust me, just be interested in what they say.





  • It’s not for everyone but mildly shaken is not how I would describe it for me. They would be hard pressed to shake you or move you any faster without a seatbelt. The movie also doesn’t shake you for the entire time, but I’d say it’s on for a good 1/3rd of the movie. I was at my limit with it by the end for sure but that was fine. But maybe it varies from theater to theater.

    You’re correct though, they usually are more expensive. I went on a discounted day, my ticket was $14, but they are usually $20 which is double normal rate.

    So my advice is: If your movie is available in IMAX, go see it in the room adjacent. Or on a regular screen. Have your soda, popcorn, hotdog, whatever. Be comfortable. Then on another day, preferably discount night, come back to 4DX and don’t get a lot of food and drink. It will make you spill it.

    4DX isn’t meant to be comfy and relaxing. It’s an intense experience and isn’t for everyone. It was my second time with the movie though and if you’re going in expecting to be on a rollercoaster the entire time, it’s super fun if you already know the movie. Also, pick your movie carefully. They only do a dozen 4DX movies a year. Horror would be amazing with it but the more action packed, the more shaking. So choose wisely. And if you have kids, this is a must at least one time. They’ll have so much fun.


  • This is a PSA but there are a handful of theaters that do 4D called 4DX theaters and you might have one near you if you live in the US. Regal theaters specifically usually have them.

    Went and saw Dune Pt2 in theaters and it was actually super fun. Shaking during the fight scenes, wind on your face when out on the dunes, lots of movement riding the sand worm, and water blasts and more.

    They’re super fun, look them up and maybe travel to one sometime.


  • Well aside from trapped water existing or not, this certainly didn’t happen. The geological layering of soil would tell us, the extinction events would tell us, and the fossils would tell us.

    Not to mention there’s also a massive problem with heat and moving that much water so quickly.