@krazykettles: Rolex submariner date 16610|£8,450🌊🌊#rolex#submariner#fyp

krazykettles
krazykettles
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Tuesday 27 May 2025 10:17:11 GMT
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d.kritzler
D.Kritzler :
I will never understand this watches. super bad taste ... nearly all of them.
2025-05-28 00:34:57
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gdhdhztsm3r
Lily :
🥰🥰🥰🥰nice
2025-05-30 06:33:09
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user9935301652507
user9935301652507 :
🥰🥰🥰🥰
2025-05-28 03:20:24
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saleh.baba1
Saleh Baba :
🥰🥰🥰
2025-05-28 01:50:09
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#greenscreen credits to Derek Leinweber for the fantastic simulations of the flux tubes. An excerpt from his site: . . . ) is greater than 0.5 fm. Again, the diameter of the flux tubes remains approximately constant as the quarks move to large separations. As it costs energy to expel the vacuum field fluctuations, a linear confinement potential is felt between quarks in baryons as well as mesons" " width="135" height="240">
#greenscreen credits to Derek Leinweber for the fantastic simulations of the flux tubes. An excerpt from his site: . . . "The manner in which QCD vacuum fluctuations are expelled from the interior region of a baryon like the proton is animated at right. The positions of the three quarks composing the proton are illustrated by the coloured spheres. The surface plot illustrates the reduction of the vacuum action density in a plane passing through the centers of the quarks. The vector field illustrates the gradient of this reduction. The positions in space where the vacuum action is maximally expelled from the interior of the proton are also illustrated by the tube-like structures, exposing the presence of flux tubes. A key point of interest is the distance at which the flux-tube formation occurs. The animation indicates that the transition to flux-tube formation occurs when the distance of the quarks from the centre of the triangle (< r >) is greater than 0.5 fm. Again, the diameter of the flux tubes remains approximately constant as the quarks move to large separations. As it costs energy to expel the vacuum field fluctuations, a linear confinement potential is felt between quarks in baryons as well as mesons"

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