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EVERYTHING IS JUST A SIMPLE HARMONIC OSCILLATOR

368,636 次观看 • 10 个月前 •via X (Twitter)

31 条评论

guille 的头像
guille10 个月前

“linearize any system around an equilibrium and you get dx/dt = Ax” makes it less magical :)

the Rich 的头像
the Rich10 个月前

GET LINEARIZED FOOL

guille 的头像
guille10 个月前

hell yeah

bernoulli_defect 的头像
bernoulli_defect10 个月前

Blocks your path

Ozi𝘜𝘸𝘜🦄 的头像
Ozi𝘜𝘸𝘜🦄10 个月前

Everything is waves

Kolo 🌐 的头像
Kolo 🌐10 个月前

more like "everything can be modeled using 1st or 2nd order diff eq"

Foy Savas 的头像
Foy Savas10 个月前

all you need is a good hooke

ΣTΞCH 的头像
ΣTΞCH10 个月前

had some thoughts, but they were also just simple harmonic oscillations

∇·(𝜌𝐮𝐮) 🇺🇸 的头像
∇·(𝜌𝐮𝐮) 🇺🇸10 个月前

I hate this with all my heart

TheRealVerbz (Jason Verbelli) 的头像
TheRealVerbz (Jason Verbelli)10 个月前

Some things are a little more complex, but still harmonically oscillating. Now imagine harmonic Bloch wall oscillations which lead to a coherent current of electrons in phase. Magnetic Experiments & work of John Searl:

Matthew Pirkowski 的头像
Matthew Pirkowski10 个月前

because it's just a term for "constrained cycles", which constitutes the primary building block for any coherent process, which can then become a component of more complex cyclic dynamics...

Louis T. Getterman IV — 🇺🇸/acc 的头像
Louis T. Getterman IV — 🇺🇸/acc10 个月前

And it’s turbines all the way down…

Sia 的头像
Sia10 个月前

Everything cycles always

Dylan Kawalec 的头像
Dylan Kawalec10 个月前

everything in motion; And a natural source for entropy.

David Roome 🪐 的头像
David Roome 🪐10 个月前

Everything is a rotation

doer 的头像
doer10 个月前

Everything is mass, spring and damper

Frog of Future Past 的头像
Frog of Future Past10 个月前

*everything is just a complicated infinitely nested harmonic oscillator

Physixdude (DKS) 的头像
Physixdude (DKS)10 个月前

Aka the Einstein model

Jesse Palmer 的头像
Jesse Palmer10 个月前

Ye old AC versor diagram,

Jake Hunter 的头像
Jake Hunter10 个月前

@DamonRiddle3 @Oracle_ofMatrix @exoslinger @PrayFPSHub @AmurakaHidden 1st. Law of Hermeticism : everything vibrates 📳

Luis M.🍋 的头像
Luis M.🍋10 个月前

Everything is spirals really

AFX LAB 的头像
AFX LAB10 个月前

Mass on a spring? Mass on a spring

Redeem314 的头像
Redeem31410 个月前

It’s the nature of differential equations. The solutions are usually exponential or sinusoidal. Because only for those functions is y’ = y or y’’ = y etc.

zoomer of antiquity 的头像
zoomer of antiquity10 个月前

Fuck it Im bouta mass on spring

Synaptic Axon 的头像
Synaptic Axon10 个月前

You would probably appreciate this then: or Gerard LaFreniere's (RIP) site it is derived from:

SyntheticApertureRetard 的头像
SyntheticApertureRetard10 个月前

Yeah that was Fourier’s whole insight

chorizord 的头像
chorizord10 个月前

we'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssooverwe'resobackit'ssoover

Moritz🦭 的头像
Moritz🦭10 个月前

I NEED TO OSCILLATE

four Day 的头像
four Day10 个月前

i got up to basic calculus physics(kinetics, light, electricity, something else maybe???) and we did everything using triangles so i just assume everything is triangles.

dhruv 的头像
dhruv10 个月前

and the governing equations of motion are always the 2nd order linear differential equations

Go 的头像
Go10 个月前

The reason is so simple In real world you can only have 2 state Equilibrium state vs Non equilibrium state The most generic form of equilibrium is not static , so it must be oscillating hence linearity

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