Message from @Riley

Discord ID: 646054660305584129


2019-11-18 18:28:18 UTC  

we don't have a complete theory of quantum gravity

2019-11-18 18:28:20 UTC  

All concepts of space and time break down at the singularity

2019-11-18 18:28:23 UTC  

so we can't make predictions

2019-11-18 18:28:33 UTC  

its more accurate to say that the laws of physics break down

2019-11-18 18:28:38 UTC  

or become incompatible with eachother

2019-11-18 18:28:44 UTC  

general relativity and quantum field theory

2019-11-18 18:28:51 UTC  

they begin to class when we talk about singularities

2019-11-18 18:28:51 UTC  

Laws of physics are supposed to be unbreakable, no?

2019-11-18 18:28:59 UTC  

they don't "break"

2019-11-18 18:29:06 UTC  

what i mean is they don't work together

2019-11-18 18:29:19 UTC  

which is why we need to create a theory of quantum gravity8

2019-11-18 18:29:22 UTC  

And laws of physics also stop working at the atomic level

2019-11-18 18:29:30 UTC  

no, they dont

2019-11-18 18:30:03 UTC  

Whatever

2019-11-18 18:30:14 UTC  

Why do some particles not move when your looking at them

2019-11-18 18:30:14 UTC  

but anywho

2019-11-18 18:30:20 UTC  

the five ways

2019-11-18 18:30:23 UTC  

Not religious but im just curious about it

2019-11-18 18:30:25 UTC  

what

2019-11-18 18:30:29 UTC  

Why do some particles not move when your looking at them

2019-11-18 18:30:34 UTC  

why would they move

2019-11-18 18:30:36 UTC  

im confusi

2019-11-18 18:31:03 UTC  

There is a certain thing, I'd need to look it up as I've forgotten, but something in motion will not move when you're looking at it

2019-11-18 18:31:09 UTC  

And keep moving when you don't

2019-11-18 18:31:36 UTC  

The Zero Effect

2019-11-18 18:32:02 UTC  

you must be thinking of heisenbergs uncertainty principle

2019-11-18 18:32:04 UTC  

"One of the oddest predictions of quantum theory – that a system can't change while you're watching it – has been confirmed in an experiment by Cornell physicists."

2019-11-18 18:32:35 UTC  

ΔxΔp ≥ (ℏ/2)

2019-11-18 18:32:46 UTC  

I'm not a mathmatician

2019-11-18 18:32:53 UTC  

Anyways back to 5 says

2019-11-18 18:33:00 UTC  

o

2019-11-18 18:33:02 UTC  

@The Desert Fox V take over I need to go to class

2019-11-18 18:33:06 UTC  

<:ket:586968975619915779>

2019-11-18 18:34:09 UTC  

"We see things in the world that vary in degrees of goodness, truth, nobility, etc. For example, well-drawn circles are better than poorly drawn ones, healthy animals are better than sick animals. Moreover, some substances are better than others, since living things are better than non-living things, and animals are better than plants, in testimony of which no one would choose to lose their senses for the sake of having the longevity of a tree. But judging something as being "more" or "less" implies some standard against which it is being judged. For example in a room full of people of varying heights, at least one must be tallest. Therefore, there is something which is best and most true, and most a being, etc. Aquinas then adds the premise: what is most in a genus is the cause of all else in that genus. From this he deduces that there exists some most-good being which causes goodness in all else, and this everyone understands to be God."

2019-11-18 18:34:51 UTC  

why are well-drawn circles better than poorly drawn ones

2019-11-18 18:35:01 UTC  

there is no objective "better"

2019-11-18 18:35:20 UTC  

You just said a poorly drawn circle, you admit yourself it's worse

2019-11-18 18:35:42 UTC  

and once again

2019-11-18 18:35:47 UTC  

Unless you imply there is no difference between a perfect and imperfect circle

2019-11-18 18:35:47 UTC  

how did he determine that this is god

2019-11-18 18:35:50 UTC  

like bruh