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Visualization of How an Electromagnetic Wave Travels.

84,771 次观看 • 2 个月前 •via X (Twitter)

26 条评论

Nick Jeffers | Möbius Field Theory - MFT 的头像
Nick Jeffers | Möbius Field Theory - MFT2 个月前

I don’t know how anyone can still look at this and say “yep the two waves stay completely planar and orthogonal”. Clearly there is a missing spiral or twist or polar rotation or something.

MatrixDecoded 的头像
MatrixDecoded2 个月前

Looks just like a DNA strand if you shift your perspective 😁. Like how we are all resonating… would you look at that!

Kun Peng 🐋🪽 鲲鹏 的头像
Kun Peng 🐋🪽 鲲鹏2 个月前

The structure of Shakti

The Deeper Model 的头像
The Deeper Model2 个月前

That picture is the transverse wave in empty space. E, B, and the travel direction stay perpendicular. That part is right. What it does not show is what is waving. Maxwell had both pictures: discrete units, and a continuum when there are too many to count. A wave this clean still leaves the medium question open.

Benito Cemoli 的头像
Benito Cemoli2 个月前

Nope. The two waves aren't at zero on the same time.

Jonh Torcia DsPh.D AMn Xuicoxotel ArdrisiiD MsSr.D 的头像
Jonh Torcia DsPh.D AMn Xuicoxotel ArdrisiiD MsSr.D2 个月前

Top left. The r is theory.

H. F. Adam 的头像
H. F. Adam2 个月前

What the animation cannot show is the part worth staring at: the field obeys the same four equations at every point in the universe, and nothing inside the equations says why they hold. The picture shows the order. The open question is what the order is resting on.

奇韬者 的头像
奇韬者2 个月前

Yes, he seems to have always been curved, as if there is some unknown resistance ahead

Ennui 的头像
Ennui2 个月前

Kinda looks like flapping wings

JD Redding 的头像
JD Redding2 个月前

Structure: div(E) = 0 div(B) = 0 E ⟂ k B ⟂ k E ⟂ B Interaction: curl(E) = -∂t B curl(B) = μ0 ε0 ∂t E Dynamics: ∂tt E = c^2 ∇^2 E ∂tt B = c^2 ∇^2 B

Kahina 的头像
Kahina2 个月前

A beautiful reminder that light itself is a dance between electric and magnetic fields. Physics made visible. ⚡🌊

Daniel Racca 的头像
Daniel Racca2 个月前

Waves are 3 dimensional, like a spiral. 🌀

john blake 的头像
john blake2 个月前

The magnetic field is the power pump of the wave.

T:HE:JAMES. HMRH 的头像
T:HE:JAMES. HMRH2 个月前

Study the Electric field. DW Graduate. Damian Williamson

sugarcoachbr 的头像
sugarcoachbr2 个月前

Goosebomps here omg this is brilhant

Alessandra Villacorta 的头像
Alessandra Villacorta2 个月前

Aún recuerdo que les expliqué, con un single mini vals como analogía, de los campos inducidos eléctricos y magnéticos que generan la onda electromagnética. Solo quería que entendieran que se necesitan el uno al otro. Jaja me emocioné ese día

Fabian_piERre_LUCIen𓋹BAETENS ™ ヅ 的头像
Fabian_piERre_LUCIen𓋹BAETENS ™ ヅ2 个月前

Is that formulae the same as for liquid simulations but missing something? 👁️

Darek Makowski 的头像
Darek Makowski2 个月前

Per second

Mackenzie Roach 的头像
Mackenzie Roach2 个月前

Make it since before

Font Minor 的头像
Font Minor2 个月前

The rule of thumb applies here, and visually appreciated.

mduncanvm 的头像
mduncanvm2 个月前

There is rotation. Not shown here.

Midgard Walker 的头像
Midgard Walker2 个月前

This really just is AI slop, isn’t it?

Jamzen 的头像
Jamzen2 个月前

@MatthewMG2 How These 'Electrons' Gno The Pattern? How they Gno To Move?

Ken 的头像
Ken2 个月前

Exactly what is travelling through what?

KEKIKUS MAXIMUS 的头像
KEKIKUS MAXIMUS2 个月前

bro you have it in your profile picture lol like and share ❤️ 432hz!

Jonh Torcia DsPh.D AMn Xuicoxotel ArdrisiiD MsSr.D 的头像
Jonh Torcia DsPh.D AMn Xuicoxotel ArdrisiiD MsSr.D2 个月前

Rhen lev lev leb = sound is produced by the photomagnetic effect on particle x.

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