Sure. For me (computer scientist but went to engineering based school) I’d be most excited about the experimental possibilities.
I mean if nothing else the potential to have the world’s most stable mass and dimensional object could revolutionize measurements, which might not sound the most practical until you realize just how much we rely on dimensional accuracy for so many things.
There’s some experiments where we fire a laser at things, and we’re approaching powers (zetawatts) where things basically instantly melt. Having a material that can withstand that could allow experiments that could push our understanding of light, nuclear reactions, quantum mechanics, and more.
From a practical aspect. If it, say, absorbs heat. Having a limitless heat sink could potentially let us explore deeper into the Earth’s core than ever before (where the heat and pressure really caused issues for the drills).
And all that is just off a few seconds thought from a non engineer.
Well, it doesn’t change size based on the wielder. It changes size based on its will and what it percieves will bring it the result it desires. Which is admittedly way more complex and abstract. This is why I said knowing more about it’s properties would be extremely important to figuring out how to use it.
If it only changes size in one direction, like growing bigger to slip off a finger, but the band width never changes, then it would still be extremely useful for some measurements. We also don’t know if there’s a maximum or minimum to it’s size changes which would greatly matter.
Sure. For me (computer scientist but went to engineering based school) I’d be most excited about the experimental possibilities.
I mean if nothing else the potential to have the world’s most stable mass and dimensional object could revolutionize measurements, which might not sound the most practical until you realize just how much we rely on dimensional accuracy for so many things.
There’s some experiments where we fire a laser at things, and we’re approaching powers (zetawatts) where things basically instantly melt. Having a material that can withstand that could allow experiments that could push our understanding of light, nuclear reactions, quantum mechanics, and more.
From a practical aspect. If it, say, absorbs heat. Having a limitless heat sink could potentially let us explore deeper into the Earth’s core than ever before (where the heat and pressure really caused issues for the drills).
And all that is just off a few seconds thought from a non engineer.
If it absorbs infinite heat, it would be great as a you heatsink - think of the possibilities? Or maybe it just has zero heat capacity.
Not sure if it is useful for measurement standards, as it is seen changing size based on the wielder.
which could be use for stuff. big finger person puts something inside, hand it to someone with smaller fingers, and it has unlimited crushing force.
Well, it doesn’t change size based on the wielder. It changes size based on its will and what it percieves will bring it the result it desires. Which is admittedly way more complex and abstract. This is why I said knowing more about it’s properties would be extremely important to figuring out how to use it.
If it only changes size in one direction, like growing bigger to slip off a finger, but the band width never changes, then it would still be extremely useful for some measurements. We also don’t know if there’s a maximum or minimum to it’s size changes which would greatly matter.