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Cake day: August 8th, 2023

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  • Ah so you’re still talking about some hypothetical situation where EVs get used but don’t have to deal with real world driving issues.

    Yes in that very specific hypothetical situation an EV may outlast an ICE. However the ICE is getting no damage either in this world. So who can say.

    However Renault saying they will last longer than ICE because the batteries aren’t aging as badly as they thought is still completely untrue. Far more issues with long term EV ownership than just battery age.

    When we have some 20 year plus EVs with hundreds of thousands of miles on them still driving around then maybe that will be true.


  • What on earth are you talking about?

    Part of the car ownership and life is driving and using it.

    If neither of them was driven or used then ICE still wins. What do you think happens to batteries if you let them sit and completely discharge?

    So sitting in a garage unused = expressive electric brick. For ICE that’s a car that can be restored in some way

    Using them on the roads and getting damage to the battery pack = a write off for an electric car. The level of damage needed to write off an ICE car is much higher. They’re much more repairable.

    Yes theoretically an EV should outlast an ICE but in the real world they won’t at the moment.

    This is backed by the much higher insurance costs for EVs.















  • gasgiant@lemmy.mltoScience Memes@mander.xyzLaunches
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    23 days ago

    Wouldn’t shooting them into Jupiter be the easiest?

    I’m sure I’ve read a few things about what an impact that big bugger has on trajectories in our solar system.

    Intuitively I feel like a push towards Jupiter would be easier than a push to get all the way out of the solar system avoiding Jupiter.





  • My understanding is that current atomic clocks work on changing the state of whole atoms.

    Whereas this new method changes the state of part of the nucleus of an atom.

    Basically smaller is more precise. However given that current atomic clocks are one second out over something like a billion years I’ve no idea what benefit this extra preciseness will give us.

    We’ll probably start noticing really weird shit when we look at time that precisely. That’s generally what’s happened when we get into the quantum scale of things.