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If you would have to...

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Topic Starter
Hachiman Ryouta
If you would have to make a guess, and let us say a rapid guess, What would you say everything is made of? Some would say water, some earth, some air and last but not least fire... always changing. Is everything infinite?

I will add this image because I like it C:

Fig. 1: Lady Kamuhitsuki from Sakuna: of rice and ruin
z0z
e=mc^2
Winnyace
Everything is made of different chemical compositions, which form complex structures that have different physical properties.
Corne2Plum3
matter
B0ii
something
Arctos Sagittario
atoms
Tateshina Eve
Atoms are mostly empty space.
Nuuskamuikkunen
Quarks
- Marco -
everything is made of beatmapsets/1039602#osu/2173053
Topic Starter
Hachiman Ryouta
Great responses everyone, really made me think, specially the Marco one.
- Marco -

Hachiman Ryouta wrote:

Great responses everyone, really made me think, specially the Marco one.
thanks
Farfocele
atoms.
Patatitta
honestly my first thoughts were "green" looking at the image and "things" reading the text
abraker
Ok time for the scientist to shine

All of responses above do not account for light, which would be under "everything".

When accounting for light, it's not atoms or matter or quarks. Rather everything is made out of quantum fields. A quantum field is a uhh...

Imagine a shockwave surrounding all around an explosion - top and sides. The shock travels through the air which is the medium for the shockwave. The field would be the abstraction of the air medium, basically representing intensity all throughout the space it occupied. How bunched up the air molecules are is the intensity, and the shakewave is the result of extreme intensity.

Now quantum fields may or may not have an associated medium, fuck knows, and if does, that's like a bunch of shit stained can of worms in a balls deep rabbit hole nobody would want explore. But suffice to say they are a bit more than just intensity all throughout space. There is also direction. That is what allows light to be polarized. And there is also orientation. That is what allows left and right handed phenomena - ever heard of the right hand rule? Finally there is tension. That is what allows warping of space.

intensities -> scalars
directionalities -> vectors
orientations -> spinors
warping -> stress tensors

Altogether the fields contain various ripples that are the various particles.
Patatitta

abraker wrote:

Ok time for the scientist to shine

All of responses above do not account for light, which would be under "everything".

When accounting for light, it's not atoms or matter or quarks. Rather everything is made out of quantum fields. A quantum field is a uhh...

Imagine a shockwave surrounding all around an explosion - top and sides. The shock travels through the air which is the medium for the shockwave. The field would be the abstraction of the air medium, basically representing intensity all throughout the space it occupied. How bunched up the air molecules are is the intensity, and the shakewave is the result of extreme intensity.

Now quantum fields may or may not have an associated medium, fuck knows, and if does, that's like a bunch of shit stained can of worms in a balls deep rabbit hole nobody would want explore. But suffice to say they are a bit more than just intensity all throughout space. There is also direction. That is what allows light to be polarized. And there is also orientation. That is what allows left and right handed phenomena - ever heard of the right hand rule? Finally there is tension. That is what allows warping of space.

intensities -> scalars
directionalities -> vectors
orientations -> spinors
warping -> stress tensors

Altogether the fields contain various ripples that are the various particles.

Hachiman Ryouta wrote:

If you would have to make a guess, and let us say a rapid guess
abraker
rapid is subjective and my guess is educated

now calm your atoms down
Achromalia

abraker wrote:

Patatitta wrote:

Hachiman Ryouta wrote:

If you would have to make a guess, and let us say a rapid guess
rapid is subjective and my guess is educated

now calm your atoms down
additionally, you can guess that from the start and still spend a lot of time explaining and expanding on it after you've made and committed to your guess, making the rationalization more available for the audience!

in a sense, i would imagine that's one of many dreams a scientist might have in terms of educating and tutoring and sharing whatever observations/impressions/data they've collected...

(admittedly im giving this rationalization of mine thru a sympathetic pathos lens from someone that was biased toward long and relatively thoughtful answers like these, and it is always probable in places like these that things are not serious at all, but... it was an appeal i wanted to make)

((and also i thought "calm your atoms down" was really funny ^^))
Topic Starter
Hachiman Ryouta

abraker wrote:

Ok time for the scientist to shine

All of responses above do not account for light, which would be under "everything".

When accounting for light, it's not atoms or matter or quarks. Rather everything is made out of quantum fields. A quantum field is a uhh...

Imagine a shockwave surrounding all around an explosion - top and sides. The shock travels through the air which is the medium for the shockwave. The field would be the abstraction of the air medium, basically representing intensity all throughout the space it occupied. How bunched up the air molecules are is the intensity, and the shakewave is the result of extreme intensity.

Now quantum fields may or may not have an associated medium, fuck knows, and if does, that's like a bunch of shit stained can of worms in a balls deep rabbit hole nobody would want explore. But suffice to say they are a bit more than just intensity all throughout space. There is also direction. That is what allows light to be polarized. And there is also orientation. That is what allows left and right handed phenomena - ever heard of the right hand rule? Finally there is tension. That is what allows warping of space.

intensities -> scalars
directionalities -> vectors
orientations -> spinors
warping -> stress tensors

Altogether the fields contain various ripples that are the various particles.
Wha...?
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