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The Permanent Echo of Gravity A gravitational wave can pass through the universe and leave Spacetime permanently marked. The wave fades and the shaking stops, but freely falling objects do not return to exactly where they started. The universe keeps the displacement.

Mathelirium

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37,997 Aufrufe • vor 12 Tagen •via X (Twitter)

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20 Kommentare

Profilbild von Daryl Jacobs

Daryl Jacobsvor 12 Tagen

It is not fluid space. It is fluid-like only as a picture. Lattice is not a grid. It is the allowed action directions on the geometry. Make the ocean invisible and drag-free and you are back in space. The claim that can live or die is the locked pair, not the metaphor.

Profilbild von John Roop

John Roopvor 12 Tagen

Very nice visualization

Profilbild von Kitty K

Kitty Kvor 12 Tagen

If the wave fades but spacetime retains a displacement, what exactly is the universe remembering?

Profilbild von Atomik

Atomikvor 12 Tagen

This is called gravitational wave memory. The permanent offset is tiny next to the wave's own stretch, which is why it's so hard to measure.

Profilbild von Taylor

Taylorvor 12 Tagen

🤯

Profilbild von ✝️V💚X🇪🇦Noelia😏LOS PEDÓFILOS DAN 🤢🫵🏻🧠🤏🏻

✝️V💚X🇪🇦Noelia😏LOS PEDÓFILOS DAN 🤢🫵🏻🧠🤏🏻vor 12 Tagen

Love this! The gravitational memory effect and Hawking's 'soft hair' theory are beautiful proof of the Infrared Triangle. Cosmic events leave permanent imprints, proving the universe holds onto its memories forever. Absolute masterpiece.

Profilbild von Michele Ancis 🇺🇦

Michele Ancis 🇺🇦vor 12 Tagen

Is that just F = ma or is there more to it?

Profilbild von PhotonicMoses

PhotonicMosesvor 12 Tagen

Wasn't it about relative position in an oscillatory rotation after being affected by a GW? I don't know if this is a correct interpretation of the findings... but i am open to it. This would mean that the laws of physics change based on the zitterbewegung pressure. Exciting!🤔🤔

Profilbild von McKenzie

McKenzievor 12 Tagen

I like the musical accompaniment.

Profilbild von McKenzie

McKenzievor 12 Tagen

And I’m glad you titled so I can repost later with a painting of the ocean.

Profilbild von RDC

RDCvor 12 Tagen

Such a beautiful visualization

Profilbild von Stevo Changa

Stevo Changavor 12 Tagen

Everything is a heartbeat which is a clock for something out in the nature. These infinite clocks are what we call time.

Profilbild von Joseph Cusick

Joseph Cusickvor 12 Tagen

The Einstein General Relativity equation says nothing about electric charge.

Profilbild von Boris Krumov/Борис Крумов

Boris Krumov/Борис Крумовvor 12 Tagen

Sorry for the plugging in of a unasked advice, but it gets rather efficient to render wavy normals [ wave functions over normal vectors ] instead of waving the vertices; of course it requires model with a lattice, might not be the case. Sharing this just for renderefficiency :)

Profilbild von AdaptiveAlph 郝名阿

AdaptiveAlph 郝名阿vor 12 Tagen

That’s cool. What if the gravitational waves experiment could test Scalar Strong Interaction theory rejection of singularity inside black holes? What if they are black neutron stars instead? Still black, but no singularity?

Profilbild von Heather Davis

Heather Davisvor 12 Tagen

the netting is a moon a knighting of cherishment and often youth the right hand

Profilbild von Atilla

Atillavor 12 Tagen

@grok burda ne anlatılmak istenmiş basitçe anlat

Profilbild von williambendenders

williambendendersvor 12 Tagen

we are in an ocean of space

Profilbild von Eyja

Eyjavor 12 Tagen

Except that You didnt actually place this within Space. Gravity = The Containment Structure which opposes massive explosions. Otherwise You would not be here to talk about it 😆 Explosive Force (Outward Pressure), Pushing against the Universe.. So when the universe is very large, everything has its place, but even shere size can cause opposition. For an explosion to be larger, there has to be enough space. But then You have to push all the particles in range away, which forces other particles to move, and so on and so on and so on.. You cant just push the universe away You know... It has volume, and this causes a Counter Pressure. Where these two forces meet = equilibrium. Less objects in space = stronger containment = higher pressures, but also Much Larger Objects. So yeah, everything = balance. So, Your visualisation should be a hollow sphere, pushing inwards around the object. Not a flat circle like You threw a pebble in a pond, imho.

Profilbild von boris podchezertsev

boris podchezertsevvor 12 Tagen

To understand gravity and gravitational waves, it is enough to add one more dimension into which space curves.

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