@unkouzo: Hay un dolor tan puro, profundo y celestial como una flor blanca que se marchita lentamente en el fondo de un arroyo turbio y frío, donde la nostalgia nos come en vida cada segundo, devorando los restos de lo que fuimos mientras cargamos a cuestas con el peso inquebrantable de dolores antiguos que siguen intactos, punzantes y vivos en la mente, negándose a sanar y dictando cada uno de nuestros pensamientos; es una condena silenciosa ver cómo el mundo entero avanza, cambia, se reinventa y deja atrás las ruinas, mientras uno se queda estancado en el mismo sitio, completamente incapaz de adaptarse a una realidad que se siente ajena, hostil y desgarradora, sintiendo en la quietud brumosa y solitaria del bosque, bajo la luz pálida del crepúsculo, que los ángeles me están viendo morir de rodillas, atrapados en la desolación perpetua de no encajar en ninguna parte, con el alma reducida a cenizas frías y con el eco constante de que el tiempo pasa para todos menos para nosotros, dejándonos varados en el arcén de una vida que sigue su curso sin importar cuántas lágrimas hayamos derramado en la oscuridad. #real #fyp #proyectadas #relatable #slideshow

zen
zen
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Region: DO
Friday 13 November 2026 23:10:55 GMT
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blomdomthiw
𝑆𝑛𝑖𝑝𝑒𝑟 :
mi salud mental es destruida cuando "te amo mucho zen"
2026-11-14 04:51:24
1564
kairostar._
kairo :
tengo una duda quién es la chica que hizo la frase de "te amo mucho zen"
2026-11-14 02:03:41
240
brian_br88
brian :
y dios te verá revivir
2026-11-14 16:47:40
419
emyxsirius6767
★🪷𝑺𝒊𝒓𝒊𝒖𝒔🪷★ :
soy un ángel, no debo de morir
2026-11-14 01:32:50
289
pololxlin
Do You Miss Me Honey? :
siempre Kise ser un angel que me hice unas alas aunque si fueron muy grandes JSJSJS
2026-11-14 18:14:53
11
henry_.lulz
💤 • 𝙷𝚎𝚗𝚛𝚢_𝙻𝚘𝚕 .°•^ :
Tal vez no sea un angel, pero eh dado mi salud para salvar la salud mental de los demás, apoyarlos y intentar guiarlos hacia el bien, y aunque recaiga en mi de que hay personas que no pude salvar, aún así lo intento.
2026-11-14 05:03:47
30
user729270279
ok :
acabo de ver algunos de tus videos y son una de las cosas mas hermosas que he visto
2026-11-14 21:52:04
32
whoisanye
Any :
Estoy tan tan agotada
2026-11-14 05:42:05
87
666.666llll
⪩ ⪨ ꠹ :
yo también te amo zen pero quien me ama a mi ?
2026-11-14 07:10:40
36
venker_solos_
Venker :
oye zen una preguntita de donde sale el "te amo mucho zen"?
2026-11-14 00:19:17
65
thekasane_teto34
thekasane_teto34 :
te amamos mucho zen
2026-11-14 11:26:32
27
wxw_c4rld1
WxW_C4rld1 :
Tanto me ayuda Zen a seguir adelante que si llego a tener un hijo le pondré Zen y le diré el significado de ese nombre cuando me lo pregunte
2026-11-14 21:10:31
14
javierportilla70
☆🇲🇽ongezellig fan🇲🇽★ :
los amo zen y pain
2026-11-14 01:54:56
21
zenjlro
saint :
te amamos zen
2026-11-13 23:13:27
15
dxgoo63
dxgoo :
te amo zen
2026-11-13 23:12:38
6
bornprincess0
猫 . 🪷 :
2026-11-14 21:59:59
1
ikarlyy___
Kar:) :
2026-11-15 02:58:26
2
jarsh.28
°•~𝓙𝓪𝓲~•° :
te amo zen
2026-11-13 23:37:53
1
camilo.reyes3939
Camilo Reyds :
2026-11-14 07:44:11
1
mndzluu
ₗᵤ𝓭ₑₖᵢ ִֶָ🪽་༘ :
2026-11-15 00:52:31
1
sopitapq
pongan caifanes ⋆ ♱ ⋆ :
mi core
2026-11-15 17:44:05
1
bloodcinnabar
ٰ :
si
2026-11-14 19:28:36
1
valenn00003
Busto😶🌫 :
zen amo te
2026-11-13 23:13:52
2
ka1iizen
𝔷𝔢𝔢𝔫🦇 :
siento que antes era un ángel pero terminé siendo un demonio, en fin, tqm zenci ❤️
2026-11-13 23:45:31
4
fuckencio_0
papercut :
2026-11-14 13:44:18
2
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Other Videos

Push on the corner of a square made of four sticks and joints, and it folds flat in a second. Push on a triangle made of three sticks, and nothing happens. That one difference is why triangles hold up bridges, towers, and roofs all over the world, and why engineers trust them more than any other shape. The secret is rigidity. If you fix the lengths of the three sides of a triangle, its angles are locked too, so the shape cannot change without bending or breaking one of the sides. Any other polygon, such as a square or a rectangle, can lean and collapse because its corners are free to swing. This is why builders add a diagonal brace to a frame, which splits the shape into two triangles and stops it from tilting. Triangles are also excellent at handling force. When a load presses on a triangle, the force does not concentrate in one spot. It travels along the sides, with some beams being squeezed, which is compression, and others being stretched, which is tension. Each beam only has to do one simple job, and the weight is spread across the whole structure. That is why truss bridges are made of triangles repeating along their length, why roof frames, cranes, and bicycle frames use the same pattern, and why the Eiffel Tower is a tall web of triangles. Even the pyramids rely on a wide, stable triangular profile that keeps their weight low and balanced. It is worth knowing that strength depends on the job. Arches handle certain loads beautifully, and the hexagons of a honeycomb pack tightly and save material. But when engineers need a simple, reliable way to stop a structure from deforming, the triangle is the first shape they reach for. Three sides were enough to hold up the modern world. Which structure around you do you think hides the most triangles? #Science #geometry #engineering #physics
Push on the corner of a square made of four sticks and joints, and it folds flat in a second. Push on a triangle made of three sticks, and nothing happens. That one difference is why triangles hold up bridges, towers, and roofs all over the world, and why engineers trust them more than any other shape. The secret is rigidity. If you fix the lengths of the three sides of a triangle, its angles are locked too, so the shape cannot change without bending or breaking one of the sides. Any other polygon, such as a square or a rectangle, can lean and collapse because its corners are free to swing. This is why builders add a diagonal brace to a frame, which splits the shape into two triangles and stops it from tilting. Triangles are also excellent at handling force. When a load presses on a triangle, the force does not concentrate in one spot. It travels along the sides, with some beams being squeezed, which is compression, and others being stretched, which is tension. Each beam only has to do one simple job, and the weight is spread across the whole structure. That is why truss bridges are made of triangles repeating along their length, why roof frames, cranes, and bicycle frames use the same pattern, and why the Eiffel Tower is a tall web of triangles. Even the pyramids rely on a wide, stable triangular profile that keeps their weight low and balanced. It is worth knowing that strength depends on the job. Arches handle certain loads beautifully, and the hexagons of a honeycomb pack tightly and save material. But when engineers need a simple, reliable way to stop a structure from deforming, the triangle is the first shape they reach for. Three sides were enough to hold up the modern world. Which structure around you do you think hides the most triangles? #Science #geometry #engineering #physics

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