Sorry but that's hilariously wrong. If it was true life expectancy would have decreased with the lowering of age of retirement, but we saw the reverse over the last century.
Mortality spikes after retirement because we are reaching our end of life after retirement,
As for the main thesis, I actually changed my mind over the years. While I wanted (and sometimes felt !) to be immortal when I was young, now that I'm old, sick and tired and that a lot of family and some friends are already dead, I'm much less eager to live eternally.
We want to help people in the EU, but with laws like replaceable batteries, it's going to push us further and further away from being able to do that.
Our product is designed to be refurbished, but not user-replaceable.
At the same time, how many products do people give up on because of battery life, and is this a non-issue with future battery chemistries?
Do people replace their phones because the battery isn't good anymore, or is it more likely they've broken the screen, cameras, etc to the point where it doesn't make sense to replace those anymore? Or they just want the newest thing?
I understand your point but being safe is not an option
> Do people replace their phones because the battery isn't good anymore
I just had to change the battery of my phone, and I wish that it would have been just a swap to do. Actually because it wasn't, I add to buy a temporary phone the time I needed to have the parts and the tools
Is there any evidence that Europeans aren’t buying new phones at the same rate that they used to?
I bet it is the case, not because it is frowned upon, but because tpeople have less money, the prices of phone increased a lot and the increase of performance and usefulness is plateauing.
According to https://assets.publishing.service.gov.uk/media/69297a4e345e3...
> The aircraft owner [...] understood from the vendor that it was printed from CF-ABS (carbon fibre – acrylonitrile butadiene styrene) filament material, with a glass transition temperature of 105°C [...] he was satisfied the component was fit for use in this application when it was installed.
> [...] Two samples from the air induction elbow were subjected to testing, [...] The measured glass transition temperature for the first sample was 52.8°C, and 54.0°C for the second sample.
I've known 3D printing folks who run off a throwaway prototype in a cheap, easy-to-print material to check for fit before printing in more difficult, expensive materials. Easy to imagine a careless manufacturer getting the PLA prototype mixed in with the ABS production parts, and selling it by mistake.
Of course, the aviation industry usually steers clear of careless manufactures....