Rubiks cube in bottle

[Parity]

Since it says "hot to tune your cube" I thought I should post this here.

http://www.impossibottle.co.uk/things.html

So exactly how do you put objects in bottles. I dearly want to do this with a cube. I googled for about 30 minutes and I couldn't find it.

 

[Parity]

I found this place for the cube but it doesn't say how to get the core in.

http://www.wikihow.com/Make-an-Impossible-Bottle

 

[WeIsPrius]

Well you would just take a DIY cube and assemble it in the bottle.


As for deck of playing cards you collapse the carton flat and open it in the bottle.

 

[Parity]

Well you would just take a DIY cube and assemble it in the bottle.


As for deck of playing cards you collapse the carton flat and open it in the bottle.

Screwing the screws and holding the springs and core would be HARD AS HELL. Ha.

 

[WeIsPrius]

Exactly. That's where the $$$ is.

 

[xbrandationx]

Heres some pics I found

Spoiler

 

[Parity]

It is so crazy.

 

[hawkmp4]

Well you would just take a DIY cube and assemble it in the bottle.


As for deck of playing cards you collapse the carton flat and open it in the bottle.

Screwing the screws and holding the springs and core would be HARD AS HELL. Ha.

Put a ES 4x4 in a bottle. I dare you.

 

[Parity]

Well you would just take a DIY cube and assemble it in the bottle.


As for deck of playing cards you collapse the carton flat and open it in the bottle.

Screwing the screws and holding the springs and core would be HARD AS HELL. Ha.

Put a ES 4x4 in a bottle. I dare you.

Or maru 4x4.

 

[hawkmp4]

I'm not familiar with Marus. I just know that my ES is sitting partially assembled, taunting me.

 

[Enter]

[youtube]svFiFwZdS-c&feature=related[/youtube]

 

[PeterNewton]

lets see a v-cube 7 in a conical flask.
in all seriousness, this stuff is amazing. where can i buy them??

 

[ben1996123]

lets see a v-cube 7 in a conical flask.
in all seriousness, this stuff is amazing. where can i buy them??

Or an 11x11. Or a 12x12. Or a petaminx.

 

[qqwref]

Well you would just take a DIY cube and assemble it in the bottle.


As for deck of playing cards you collapse the carton flat and open it in the bottle.

Yep, this is the general idea. Anything that looks too big has been deflated, taken apart, unknotted, and/or folded somehow - and then reassembled inside the bottle. Similar to making ships in the bottle, you will want some long tools and a ton of dexterity and patience.

I want to make a 5x5 in a bottle sometime. That would be pretty awesome.

 

[MTGjumper]

I'd like to see a Rubik's cube in a Klein bottle.

 

[hawkmp4]

I'd like to see a Rubik's cube in a Klein bottle.

A Klein bottle exists somewhere in the world. So does a Rubik's Cube (right next to me, in fact)...so there's your Rubik's Cube in a Klein bottle

 

[Chapuunka]

I've discovered the secret!

Spoiler

Peel the stickers off.

 

[shelley]

I have a Rubik's cube in an applesauce jar (we used to make them for tournament prizes). The mouth of the jar is big enough so that the core without the pieces will fit through. A narrow necked bottle looks a lot harder.

 

[qqwref]

I'd like to see a Rubik's cube in a Klein bottle.

A Klein bottle exists somewhere in the world. So does a Rubik's Cube (right next to me, in fact)...so there's your Rubik's Cube in a Klein bottle

:fp I've heard something like this more than once, and the truth is, if you make a physical copy of the 3D immersion of the Klein bottle, it's pretty clear when something is "inside" it or not, even though the inside and outside surfaces are continuous.

 

[hawkmp4]

I'd like to see a Rubik's cube in a Klein bottle.

A Klein bottle exists somewhere in the world. So does a Rubik's Cube (right next to me, in fact)...so there's your Rubik's Cube in a Klein bottle

:fp I've heard something like this more than once, and the truth is, if you make a physical copy of the 3D immersion of the Klein bottle, it's pretty clear when something is "inside" it or not, even though the inside and outside surfaces are continuous.

Yeah, I understand that with a 3D representation there is what we would call 'inside' and 'outside.'