[OOC] Myriad Reality

[Nimda]

<Snipped quote by Nimda>

It wouldn't matter anyways.

@Galaxy Raider

This is battle etiquette. You always lose when you don't choose the safe route.

[souleaterfan320]

I'll post in an hour ish.

[whizzball1]

And I am now Patent Pending.

@Nimda

yeeeees
I'm considering coming up with a material that would readily absorb body heat below at a certain temperature, but eventually stop doing so until the temperature lowers sufficiently. I don't know enough about materials to form such a thing yet, but I'm going to learn more about it once I solidify the idea more.

[Nimda]

<Snipped quote by Nimda>

yeeeees
I'm considering coming up with a material that would readily absorb body heat below at a certain temperature, but eventually stop doing so until the temperature lowers sufficiently. I don't know enough about materials to form such a thing yet, but I'm going to learn more about it once I solidify the idea more.

@whizzball1

It'd probably be very difficult without electronic components.

[whizzball1]

<Snipped quote by whizzball1>

It'd probably be very difficult without electronic components.

@Nimda

Not necessarily. Perhaps at a certain temperature, the heat-absorbing parts start closing up. But that's an incredibly rough idea, since I don't even know what the "heat-absorbing parts" would be, or if they'd be parts at all.

[Nimda]

<Snipped quote by Nimda>

Not necessarily. Perhaps at a certain temperature, the heat-absorbing parts start closing up. But that's an incredibly rough idea, since I don't even know what the "heat-absorbing parts" would be, or if they'd be parts at all.

@whizzball1

Right. You'd have to create some microthreaded materials in order for them to behave exactly how you want them to. Fortunately for our age group, however, the manufacturing process on the nano scale is improving significantly.

[DarkwolfX37]

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[DarkwolfX37]

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[whizzball1]

<Snipped quote by whizzball1>

Right. You'd have to create some microthreaded materials in order for them to behave exactly how you want them to. Fortunately for our age group, however, the manufacturing process on the nano scale is improving significantly.

@Nimda

Exactly. I think it's possible; it'll just take some thought and a lot of experimenting that I probably don't have the money for. But I'll figure it out.

[DarkwolfX37]

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[whizzball1]

<Snipped quote by whizzball1>

Uhm.. Ice? A solid-state of some other liquid? Some sort of chemical mix that allows mercury to freeze at a high temperature and then melt at the target, in a device that allows for the mercury to seal the insides, preventing the mix from interacting.
Btw Mercury freezes at -38.83 C / -37.894 F.

@DarkwolfX37

in case you didn't notice, I meant a fabric

[DarkwolfX37]

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[Nimda]

<Snipped quote by whizzball1>

Forget what I said it's BS irl I thought you meant IC.

Nano-machines would work well. Else non-machine would require things not known about yet, so good luck.

@DarkwolfX37

Not necessarily. Synthetic materials could be arranged in a contracting/expanding method. It would just have to be done on the nano scale.

<Snipped quote by Nimda>

Exactly. I think it's possible; it'll just take some thought and a lot of experimenting that I probably don't have the money for. But I'll figure it out.

@whizzball1

You don't have to do it to patent it. You just have to think it can be done =P

[whizzball1]

<Snipped quote by whizzball1>

Forget what I said it's BS irl I thought you meant IC.

Nano-machines would work well. Else non-machine would require things not known about yet, so good luck.

@DarkwolfX37

Not necessarily. Imagine if some object was made up of two different materials. One expands in heat, and another heats up when it isn't too compressed. With enough heat, the first material would expand and compress the second material, which would then slow down absorption and then eventually practically stop.

[DarkwolfX37]

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[DarkwolfX37]

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[whizzball1]

<Snipped quote by DarkwolfX37>

Not necessarily. Synthetic materials could be arranged in a contracting/expanding method. It would just have to be done on the nano scale.

<Snipped quote by whizzball1>

You don't have to do it to patent it. You just have to think it can be done =P

@Nimda

OMQ
YOU HAD THE EXACT SAME IDEA I DID

Oh, really? Well then. This just became a more approachable goal than I thought.

[whizzball1]

<Snipped quote by Nimda>

Not that would react the way he wants. We'd need a new material(s).

@DarkwolfX37

Then they could be invented. Surely it's not so hard to create a material that expands in heat, because that's sort of how air works. A material that absorbs less heat when it's compressed might be a bit harder, but at first blush it seems possible enough.

[DarkwolfX37]

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[Nimda]

<Snipped quote by Nimda>

Not that would react the way he wants. We'd need a new material(s).

@DarkwolfX37

Remember that we're just now getting to nano scale manufacturing. We have no idea how things work at this level.

<Snipped quote by Nimda>

OMQ
YOU HAD THE EXACT SAME IDEA I DID

Oh, really? Well then. This just became a more approachable goal than I thought.

@whizzball1

Yep.

For a full patent, you have to have some sort of proof.