Message from @realFlatEarther

Discord ID: 496868150701457409


2018-10-03 02:07:11 UTC  

the uncertainy principle says there is sets of complimary information, the most famous being speed and position, that the more you know about 1 the less you can know about the other

2018-10-03 02:08:01 UTC  

the act of measuring is applying an interaction onto the particle

2018-10-03 02:08:22 UTC  

but thats an assumption; unless you know the sensor lense is directly filtering and augmenting the partical how can you say.... nobody as ever even spoke about this X factor you say negates the whole thing... litterally dozens of scientists have spoken about this and non act like oh ya our sensor fucks with the light and creates this outcome....

2018-10-03 02:08:34 UTC  

A Law of quantum mechanics is that information cannot be created, duplicated or destroyed

2018-10-03 02:09:06 UTC  

the act of measuring without interacting will violate that law

2018-10-03 02:10:13 UTC  

but your asuming the product of interaction is the cause of what we see when it could just be a %2 decreese in speed or a 1% reflection of bounce etc idk but i don't think they'd use a sensor that is designed to produce the result they are trying to find inspite of adding interfearence

2018-10-03 02:11:03 UTC  

it'd be like me trying to test bullet proof glass and buying grenads....

2018-10-03 02:11:15 UTC  

it could but then quantum particles like a photon doesn't work like that

2018-10-03 02:11:58 UTC  

quantum particles have set states not a continuous spectrum

2018-10-03 02:12:19 UTC  

like spindown or spinup

2018-10-03 02:13:11 UTC  

if you had a larger chunk of particles like a baseball then that would apply

2018-10-03 02:13:45 UTC  

....your not getting what i'm saying here @Σ5 unless you know the structure of the sensor you can't say its interaction is the product of what we see. When the entire point of the outcome was that the element of a "logical" innate observer changes the product of reality. if what your saying was true then all the papers etc would have nothing to do with any of those terms and it would just be "lense/sensory" shifts wave interferince pattern to scatter array.

2018-10-03 02:13:48 UTC  

because you are interacting still with a finite number of particles but a fraction of it

2018-10-03 02:14:47 UTC  

the reality doesn't change

2018-10-03 02:15:09 UTC  

It's like saying the reality changes when something exists

2018-10-03 02:15:54 UTC  

the sensor effects the wave function

2018-10-03 02:16:09 UTC  

nessesarily

2018-10-03 02:16:27 UTC  

it's a logical outcome of the equations

2018-10-03 02:16:29 UTC  

do me a favor and watch this.... i'm honestly at a point where i think your thinking from something else

2018-10-03 02:16:31 UTC  
2018-10-03 02:16:38 UTC  

#NoSpace #NeverEverEverExpanding

2018-10-03 02:16:49 UTC  

I know what the double slit experement is

2018-10-03 02:17:02 UTC  

It's explained by the equations

2018-10-03 02:17:29 UTC  
2018-10-03 02:17:37 UTC  

the equations predict that the sensor modifies the wave function

2018-10-03 02:18:12 UTC  

I know what the double slit experement is.
It's explained by the equations.
the equations predict that the sensor modifies the wave function.

2018-10-03 02:18:17 UTC  

o god

2018-10-03 02:18:18 UTC  

not that

2018-10-03 02:18:51 UTC  

i remember the animation was horrifing

2018-10-03 02:18:54 UTC  

I coded my own quantum computer simulator and you think I don't understand this

2018-10-03 02:19:13 UTC  

@Σ5 keeps saying **THE MATH** over and over again so it means nothing to his reality because somebody could make math about each aspect of it... sounds like he don't believe in anything beyond his own two hands

2018-10-03 02:20:00 UTC  

tell me this

2018-10-03 02:20:01 UTC  

@Σ5 coding quantum computers isn't hard when they run on less then 2k byte's the hard part is finding meaningful output.... what kinda output you getting?

2018-10-03 02:20:13 UTC  

bits*

2018-10-03 02:20:24 UTC  

How much data can 32 quantum bits store

2018-10-03 02:20:35 UTC  

far to many

2018-10-03 02:21:20 UTC  

its like n^X*Z or something crazy its not linear like normal computers

2018-10-03 02:21:27 UTC  
2018-10-03 02:21:39 UTC  

?

2018-10-03 02:21:39 UTC  

It's a gigabyte

2018-10-03 02:21:47 UTC  

i never said they didnt?