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Watch hydrogen atom wavefunctions smoothly transition between quantum states (n,l,m) This is the actual probability density of finding the electron; not just static orbitals, but the real quantum dance as it morphs between energy levels.

Mathematica

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69,213 Aufrufe • vor 6 Monaten •via X (Twitter)

Wissenschaft & Technologie

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19 Kommentare

Profilbild von Bellaciao

Bellaciaovor 6 Monaten

People learn orbitals as static shapes, but what you’re really seeing here is probability density itself smoothly deforming between states. That makes quantum mechanics feel less like a set of formulas and more like motion. The electron is not a tiny ball circling somewhere. It is a structured cloud of possibility, reorganizing itself through symmetry, phase, and energy.

Profilbild von Craig Liddicoat

Craig Liddicoatvor 6 Monaten

Imagine the "electron clouds" as zones of rarefied(-) slower spinning vacuum space-fabric, oscillating back & forth with central nuclei ("proton/neutron") zones of highly compressed(+) superpositioning, very fast spin .. a 3D radial-orbital standing wave?

Profilbild von Seth BRKV

Seth BRKVvor 6 Monaten

It's only a depiction. In real life we don't know whether the transition is instantaneous or smooth, and how it actually unfolds. Can we here measure energies in the transitional states?? Would be interesting to see

Profilbild von labendicion666

labendicion666vor 6 Monaten

app?

Profilbild von Piyush

Piyushvor 6 Monaten

@Petucato

Profilbild von Alphonse Reitz

Alphonse Reitzvor 6 Monaten

This visualization reminds me of lensing around a black hole..

Profilbild von Cyril Voyant

Cyril Voyantvor 6 Monaten

Physics is inspiring with this kind of simulation!

Profilbild von Redeem314

Redeem314vor 6 Monaten

Absolutely fascinating but so outside my expertise. I do wonder if somehow we could utilize the quantum structure for exotic materials like super conductors. But I’m sure much smarter people than I are already working on it

Profilbild von David5D

David5Dvor 6 Monaten

This is a very cool visualization of the hydrogen atom, almost resonant

Profilbild von ✝️🇪🇦V💚XOϵλIλ😏Εὐγενὴς ψυχή • 𝖷𝖨:𝖷𝖨

✝️🇪🇦V💚XOϵλIλ😏Εὐγενὴς ψυχή • 𝖷𝖨:𝖷𝖨vor 6 Monaten

I’m obsessed with this! Seeing the hydrogen probability density morph through the quantum numbers n, l, and m instead of just static shapes is incredible. This is how you actually visualize the wave function.

Profilbild von AetherBee

AetherBeevor 6 Monaten

😍

Profilbild von Ben

Benvor 6 Monaten

With math we can teach math to have pixels represent physics

Profilbild von Jenny Cotan

Jenny Cotanvor 6 Monaten

Interesting! And it was mentioned in our Chemistry lessons! Quantum "eye candy", ain't it?

Profilbild von Martianartisan

Martianartisanvor 6 Monaten

Beautiful

Profilbild von Jean-Philippe DeCaen

Jean-Philippe DeCaenvor 6 Monaten

@MinuteofZombie

Profilbild von Raúl R Romero

Raúl R Romerovor 6 Monaten

Higher dimensional for sure.

Profilbild von ThiirdEyeTribe

ThiirdEyeTribevor 6 Monaten

This is fantastic

Profilbild von Lewis Walker

Lewis Walkervor 6 Monaten

It’s a great visualisation. It “screams” projection operators

Profilbild von Stevarino1020

Stevarino1020vor 6 Monaten

"Probability density ? " How desperate . The deeper it goes the more desperate it gets. Electron spin ? How without angular momentum? Once you explain one thing you have to suspend logic and reality to explain its consequences. The Higgs Boson -barely exists but somehow confers matter to the Universe,It goes on and on.

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