Message from @SunRazor

Discord ID: 633896058879082496


2019-10-16 05:05:44 UTC  

!mute @WORTHLESS WOMEN troll

2019-10-16 05:05:44 UTC  

2019-10-16 05:05:49 UTC  

lol

2019-10-16 05:06:03 UTC  
2019-10-16 05:06:03 UTC  

2019-10-16 05:06:08 UTC  

sorry

2019-10-16 05:06:30 UTC  

this channel is for debating

2019-10-16 05:06:38 UTC  

not general chat

2019-10-16 05:06:44 UTC  

or trolling

2019-10-16 05:06:56 UTC  

I won't do it again

2019-10-16 05:12:21 UTC  

I think imma just go to sleep @SunRazor i do think thats possible. i think brane theory is something to take serious

2019-10-16 05:12:32 UTC  

superfluids such as liquid helium3, can pass through solid objects

2019-10-16 05:12:46 UTC  

so I would imagine supersolids can also, possibly, pass through other solid objects

2019-10-16 05:13:18 UTC  

and that's because superfluids and supersolids have quantum mechanical behavior at the macroscopic level (correct me if I'm wrong)

2019-10-16 05:14:38 UTC  

if a massless ether does exist and is electrically neutral, then it would logically pass through all matter unhindered

2019-10-16 05:15:07 UTC  

there would be no drag, no bending, no resistance or "detours" of any kind

2019-10-16 05:15:29 UTC  

is that it? i thought it was because superfluids have zero viscosity so they "slip" through the cracks of solid things

2019-10-16 05:15:49 UTC  

they have both zero viscosity and nonzero viscosity at the same time

2019-10-16 05:16:03 UTC  

they tunnel through matter

2019-10-16 05:16:03 UTC  

fake news ! jk

2019-10-16 05:16:37 UTC  

just as sound waves can pass through solid materials, superfluids can too

2019-10-16 05:16:47 UTC  

the only limiting factor is probability

2019-10-16 05:17:03 UTC  

the thicker and denser the barrier, the lower the probability of tunneling through

2019-10-16 05:17:44 UTC  

the probability falls off exponentially with thickness

2019-10-16 05:17:55 UTC  

yes

2019-10-16 05:18:10 UTC  

im not sure if supersolids would do that

2019-10-16 05:18:30 UTC  

liquid helium3 easily passes thru Cork, but not not likely at all through glass

2019-10-16 05:18:43 UTC  

I mean it has to be below a certain temperature

2019-10-16 05:19:09 UTC  

supersolids would in theory also pass through barriers

2019-10-16 05:19:12 UTC  

do the solids retain shape ?

2019-10-16 05:19:15 UTC  

yea

2019-10-16 05:19:24 UTC  

kind of like the flash

2019-10-16 05:19:37 UTC  

but the opposite because a supersolid would have to very slowly pass through

2019-10-16 05:19:47 UTC  

the slower the better

2019-10-16 05:20:12 UTC  

it's related to the wavelength of the matter

2019-10-16 05:20:43 UTC  

if you cool down a solid object cold enough, it could behave as if it was a single atom or a single subatomic particle having only one wavelength

2019-10-16 05:21:12 UTC  

and if the wavelength of that object is equal to or longer than the barriers around it, then there's a probability it can tunnel through

2019-10-16 05:21:29 UTC  

I don't think any supersolids have been created yet though

2019-10-16 05:21:49 UTC  

if they have, my guess is the Bose-Einstein condensate would be the closest example of a supersolid

2019-10-16 05:22:04 UTC  

it's just a guess though

2019-10-16 05:23:01 UTC  

I once read somewhere that atoms could be made to pass through solid barriers if you move the atoms slow enough