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Posts
9
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976
Joined
2 yr. ago

  • Depending on what battery protection modes are in play, many have smart charging or other features designed to prolong life. Also a fair few batteries come out with greater than design capacity from the factory. It's called a design capacity and not an absolute capacity for a reason. A phone battery that left the factory at 110% could conceivably still be at or above 100%.

    Fyi it's not overnight charging that's the issue either, it's charging to 100%. What one device consider 100% varies and devices will essentially lie to you about it. 4.2V is normally considered 100% full for Lithium Cobalt Oxide batteries yet some devices push higher than this while others skirt under to pad capacity and cycle life respectively. It's about tradeoffs.

  • You're forgetting things like used vegetable oil which is waste that would be thrown away otherwise. Same for the stuff wood pellets are made from, they are typically mostly saw dust and other waste products. This should hopefully cover airplanes and maybe diesel trains and some cars for when electric isn't practical.

    Even if you were to start planting crops for biofuels, how much less efficient than solar plus batteries would it be? The problem with solar and especially battery storage is that the materials used to make them are not renewable, and cause all kinds of issues in their mining and manufacturing. We've grown plants sustainably for thousands of years now. I've yet to see anyone make a solar panel from sustainable or recycled materials.

  • You can play games on Linux now. One experience of one Linux variant from a decade and a half go really doesn't mean much.

    Also a tarball is just another type of archive like a zip file, you can use a GUI to extract it. You don't have to use the tar command if you don't want to.

  • Okay you have lost me. How does prompt engineering make communication skills more important? More importantly what do real world communication skills actually have to do with learning shakespeare or any of the other stuff I did in secondary school English.

  • Why not hybrid or plain ICE vehicles powered by biofuels? Even things like waste vegetable oil can be turned into viable fuel, and it can actually be less environmentally destructive than getting rid of it in other ways. ICE technology is very mature, and we currently produce more food than we need and waste much of it. Why not put it all to some use?

    Pretty much any fat could be used in compression ignition engines with the right treatment, any carbohydrates turned into ethanol for spark ignition engines, and all waste wood burned for electric power and domestic heating.

  • I'm not here to call out people arguing for or against one or another type of energy generation. I'm complaining about the discourse about this being about long term hypotheticals and optimal solutions when we should be in emergency mode.

    Remind me what type of thinking leads to climate change, and pretty much every pollution issue we have now? Short term thinking that didn't take into account long term consequences. If we aren't careful we could actually make things worse by chasing things like lithium battery technology.

    Trying to come up with short term solutions to climate changes is fine, but you have to thinking about the long term as well.

    I also don't think you give enough credit to the people who are criticising nuclear, they are talking about the short term. "Renewables" are cheaper in the short term. The thing is solar panels, wind turbines, and so on is that they don't last forever, recycling the equipment is problematic, and manufacturing them is an environmental crisis in its own right.

    Nuclear in its current form is a medium term solution with its own shortcomings around waste storage, and the materials needed to construct and fuel a reactor.

    This is all still probably better than fossil fuels but we are talking about the difference between getting shot (fossil fuels) or getting stabbed (nuclear/"renewables").

    But I'm neither. I'm arguing for practicality and immediate action. Because we need it now, not because I just finished reading the Dune books and have some really neat ideas about generation ships.

    Immediate action? We needed yesterday's action, but rushing things today isn't going to make up for it. In fact probably the best thing you can do right now is stop having kids. Bring the population down. Ideally this needed doing decades ago too. If we don't do it then nature will do it for us, which is probably inevitable at this point anyway.

  • What do you disagree with me? I was trying to back you up up here saying that yes we need nuclear in addition to all the other technologies. I am not saying that you shouldn't use solar, just that it isn't applicable everywhere on earth.

    Screw the futurism and longermism of “we need nuclear power for space exploration”. We’re not talking about that.

    You should be talking about that. After all climate change is also a future problem. Staying on a single planet isn't safe even if you eradicate climate change, war, disease, and just about everything else. There is pretty much nothing stopping a gamma ray burst or stray blackhole, or any number of other things from killing everyone on this planet. Like yeah climate change is a high priority, but it doesn't make all other issues go away.

  • This is nonsense. Like someone else said we will need some kind of nuclear power for future space exploration. There are parts of the world that are dark for six months of the year, and plenty of places that don't get enough light for solar to be practical.

    Most renewable sources are not consistent enough to be used by themselves, and battery storage isn't practical with current technology. Then there are the concerns with hydro power and biomass and how that affects the environment. I have even been told by leftists that biomass shouldn't be installed as it destroys too many native forests.

    Of course the actual best solution is one we don't have the technology for yet: things like nuclear fusion or neutrino capture.

  • I wasn't just talking about LLMs. Lots of modern data analysis techniques rely on machine learning.

    Although LLMs are also used by scientists to help with things like programming that not all scientists are necessarily good at or properly trained in.

  • AI tech isn't pointless though. It's not just about trying to replace artists or whatever. It significantly speeds up things like programming. It's also used by scientists to mine data to find patterns and make predictions. For Pete's sake I am pretty sure climate modeling relies on AI and other forms of HPC.