Have you ever sexually harassed someone?
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I wanted to add that i really really really did not want to hurt her. I’m just that dense (even if you can’t imagine it) and my instincts told me that would be a fine thing to do.
I’ll go first:
Yes, but not in bad faith. I really liked a girl in school and at some day after school (we were sitting together to do some exercises) I awkwardly approached her and tried to kiss her. To my defense: My autism is strong and doesn’t tell me when things are awkward. She pulled back and I realized how shocked she must be, so I awkwardly apologized. She said “yeah yeah it’s fine”. and i left. The next day, however, she avoided me and we didn’t talk afterwards.
I’m guessing that it was in fact not fine, and I’m sorry for making her feel bad. I’m not sure what to do, I never saw her again because my parents moved away so I changed school afterwards. I’m thinking about reaching out to her and apologizing again, but I’m not sure whether that’s such a good idea (it happened more than a year ago and I’d have to count on chance to figure out a way to contact her.)
Will water on Mars be mined or harvested?
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The significance of water on mars
The significance of water on mars - Lemmy.World
All life is based on large quantities of Water. The same will be true on Mars. There has to be a major and reliable source of water on Mars. What options are there? I read an interesting article yesterday [https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2019JE006080] that said “Our results show a two-order-of-magnitude diurnal variation of water vapor pressure, suggesting a strong atmosphere-regolith interchange”, in other words, the soil on Mars extracts water out of the atmosphere in the nighttime and releases it in the daytime. This means that if we collect the soil and “bake” it, it would release water vapor in a controlled environment. We could then condense that water vapor to get useful/useable water.
[thought] Mars' atmospheric density will increase due to oxygen.
[thought] Mars' atmospheric density will increase due to oxygen. - Lemmy.World
Hear me out. This thought process requires a bit of knowledge of physics/chemistry. On the martian poles, there are vast quantities of frozes CO2. This frozen CO2 exerts a certain “vapor pressure” - in other words, a certain partial pressure of gaseous CO2. Now, if we convert this CO2 into O2 by removing the carbon out of it, the concentration of O2 in the atmosphere increases. And therefore, the concentration (and partial pressure) of CO2 decreases. But since the frozen CO2 on the poles causes a certain partial pressure of CO2, a bit of the frozen CO2 will go into gaseous phase to refill the CO2 partial pressure. So, by converting CO2 into O2, the concentration of O2 increases, but the concentration of CO2 stays approximately the same. As such, the total pressure (and density) of the atmosphere increases. This would happen if large-scale biological photosynthesis/growth took place. Any thoughts?
[thought] Mars' atmospheric density will increase due to oxygen.
[thought] Mars' atmospheric density will increase due to oxygen. - Lemmy.World
Hear me out. This thought process requires a bit of knowledge of physics/chemistry. On the martian poles, there are vast quantities of frozes CO2. This frozen CO2 exerts a certain “vapor pressure” - in other words, a certain partial pressure of gaseous CO2. Now, if we convert this CO2 into O2 by removing the carbon out of it, the concentration of O2 in the atmosphere increases. And therefore, the concentration (and partial pressure) of CO2 decreases. But since the frozen CO2 on the poles causes a certain partial pressure of CO2, a bit of the frozen CO2 will go into gaseous phase to refill the CO2 partial pressure. So, by converting CO2 into O2, the concentration of O2 increases, but the concentration of CO2 stays approximately the same. As such, the total pressure (and density) of the atmosphere increases. This would happen if large-scale biological photosynthesis/growth took place.
Researchers identify effective materials for protecting astronauts from harmful cosmic radiation on Mars
[question] radiation in space