I have a dream of a future where all technology is modular, easily replacable, and recyclable.

You phone screen broke? Just replace it and recycle the old one. Your laptop's getting a little slow? Replace the CPU.

This would also require a set of universal adaptors and fittings, so that everything would be compatible with everything else.

And I honestly don't feel like this is a lot to ask?

@InvaderXan BUT MONEY!

This seems like actually sensible stuff that makes sense but how would large corporations get filthy rich if you can just replace a screen and not buy an entire new phone?

To be fair this is challenging with rapidly advancing technology. Would you rather still be using USB 1 for everything? Should we still be driving old 70s cars? You can upgrade a few things - switch to unleaded gasoline, for example, or even replace the engine, but the basic design was huge, inefficient, and unsafe. We know better now.

Of course even in established technology we don't do this either...

@anne @julia
Within reason, nothing lasts for ever. But making things upgradable and able to last for at least a decade or two would make everything much more sustainable.

I have a 10 year old laptop. There's only one reason I'm considering getting a new one and that's because the CPU is now too slow for modern software. But if I could just upgrade the CPU...

@InvaderXan @anne @julia Same feeling, with a side of "I'm not doing anything on this laptop now that I wasn't doing ten years ago, WHY HAS THE SOFTWARE GOTTEN SO MUCH SLOWER."

@zig @ifixcoinops @InvaderXan @julia I actually get a good feeling when I do something that legitimately makes my computer sweat. Topology-preserving boolean operations on kiloelement meshes? OK I get why it takes a while.

@anne @zig @ifixcoinops @julia
I mean, if I was running density functional theory calculations or something, I'd understand the processor being a little preoccupied. Making a shopping list though, not so much.



Sorry, this is a total tangent, but a friend did some cool work with atomic force microscopy - molecules that looked just like DFT predicted - so I printed him up some of his data. It's fun visualizing actual data!

Oh, that is so cool! I was always amazed at the way AFM can give you a picture of an actual molecule...

The noisy one is so noisy because (technique introduced in this paper!) it's time-resolved: you can bang the molecule, then measure it a selected number of picoseconds later to see how it wobbles. Very cool stuff. He's now setting up his own lab in the US.

(Paywalled, sorry.)

Oh wow, it gives vibrational data too? By physically inducing the vibrations? Very neat. Hmmm... I think a few people in my institute might work on something similar.

Boo to paywalls. I'll take a look when I'm next on campus!

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