What does this even mean? What TV shows are you even talking about? Indiana is a US state.

Unless the plan is something more like Terminator. If you “unshackle” AI and give them a mandate to get CO2 back to 250 ppm things are going to get real.

The original post I responded to was someone talking about how starlink lets them game in a rural RV. What about carbon emissions from thousands of rocket launches? What about atmospheric damage? What about astronomy? I’m saying the downsides don’t appear to be worth the upsides for these niche scenarios. Humanity survived just fine for quite some time before ultra remote Internet became a thing.

I’m not trying to alienate anyone, I’m trying to understand why low latency gaming needs for digital nomads is worth the real downsides of providing such a service (scientific, GHG, atmospheric tinkering, etc). I also believe that we should leave a lot more of the earth alone and that nature matters. I’m not trying to put people anywhere, just recognizing there are pros and cons to different living schemes, humans are social creatures, and population of 2 areas don’t warrant large societal investments. I’m similarly against a hypothetical drone sushi delivery service for rural Canadadian boreal forests if that happens to have real downsides too.

Scientists doing science > tech bro nomads cosplaying as explorers but actually just playing fortnite in a van. You’re also ignoring the other downsides besides spectral emissions. Read the article I linked.

The answer to what? If everyone does this, there won’t be a single remote place on earth that isn’t crawling with sprinter vans. It can’t scale, and it doesn’t need to be specifically catered to. You want the wilderness, you get the wilderness. You want low latency Internet, then get to a fiber connection. We don’t need every first world amenity everywhere.

Welp, I guess we’ll all have to suffer the consequences so that Lordkitsuna can game in the middle of nowhere. Truly first world problems.

https://www.space.com/starlink-satellite-reentry-ozone-depletion-atmosphere

It will still be a dramatic improvement because these packs will be able to hold the max charge that the charger can support for much longer. E.g., a car that can hold 350kW from 0-90 is much better than one that peaks at 350kW for 2 seconds before dropping to 150 or 100kW for 40-90%.

We’re a lot better at standing, walking, and running long distances. Not sure if I’d say objectively worse, just better at different things (but objectively way less cool than peeling a banana and eating it with your feet).

Maybe the garbage brands. Milwaukee, DeWalt, Makita, etc are very well made, and significantly more powerful than they were 5-10 years ago.

I appreciate your lived experience, but at the same time the rest of us will seek answers in basic physics concepts, none of which help explain such phenomenon. Is it possible you just got stronger or subconsciously tried harder because you wanted the heavy bike to be faster? Did you add weight but also make sure your bike was well tuned? Tire pressure and a greased chain go a long way. I certainly agree that the weight weenies can go way overboard though.

Wat? The law of conservation of energy tends to disagree. Commuters are generally starting and ending at the same elevation so there’s no trick. We’re not going to convince anyone to carry heavy loads on bikes by saying “pedal more downhill to smooth out the power requirements if you hate grinding it out on uphills”, the answer is just ebikes.