@suicideess3n: mau diulang ratusan kalipun, slamet sih.. #slametmountain #slamet3428mdpl #slametviabambangan #pendakigunung #pendakifomo

alfprytnn

Open In TikTok:

Region: ID

Monday 06 July 2026 19:43:53 GMT

350763

79504

174

18264

Music

Download

No Watermark .mp4 (0.26MB) No Watermark(HD) .mp4 (0.33MB) Watermark .mp4 (0MB) Music .mp3

Comments

hai_ :

9x ke slamet ga pernah bosennnnn🤩

2026-07-09 10:42:44

1113

🐄3️⃣ :

perdana liat slamet dikasi lagu merry christmas please don't call 😔

2026-07-13 03:48:45

9

amell🍜 :

pelawangan best bangettt

2026-07-09 09:33:35

292

biyaaaa :

bikin tutor di izinin naik gunung plis😭

2026-07-12 13:25:12

59

yazzaaa :

1 september 2025

2026-07-10 11:27:26

20

kamal backpackeran :

Kita bisa menjadi versi terbaik dari diri kita, tetapi tetap bukan orang yang mereka pilih

2026-07-10 10:24:12

104

Udaýyy :

hasil kedinginan tgl 29 di pos 5

2026-07-09 08:38:53

52

rifkiclu_ :

se🥃 bang🥰

2026-09-02 06:40:31

1

cacaaa :

ada yg mau ikut tanggal 4 gaa

2026-08-09 11:05:37

0

azrielll :

slamet 5 juli😵‍💫😵‍💫

2026-07-09 16:32:38

10

El Suka Berkelana :

pake ot atau mandiri mas?

2026-07-14 18:04:06

1

NoK? yes sir :

jujur iya...

2026-09-05 08:31:20

1

rafi.d :

bang, di slamet nanti bakal sedingin apa?. soalnya hari ini mau berangkat. Biar ada gambaran persiapannya

2026-07-07 10:20:44

6

anlv a :

cape ku terbayar dipelawangan

2026-08-27 13:20:20

1

suka beruang :

aku belum remedd slamett, sekarang udh gada waktu karna udah kerja ih :(

2026-07-13 04:39:00

6

itsraaaa :

best moment banget dapet golden sunrise di pelawangan, miss this moment btw😫

2026-07-08 08:04:59

11

roketterbang :

slamet emang bikin nagih ya

2026-07-11 15:40:43

0

galen :

19 juli ni

2026-07-22 11:03:24

10

Hilmi Prasetia :

masih cari barengan camp tgl 14-15 september

2026-08-31 02:36:54

0

varduno :

summit jam brp an ini bg?

2026-07-24 15:25:17

0

alfApplause :

guci🥹

2026-07-09 13:08:31

4

klunzaa :

slamet dengan sky blue nya🥰

2026-07-11 08:47:09

5

pinaravit17 :

tgl 5 juli kahh

2026-07-11 01:18:59

0

!lham :

cobain rinjani bang

2026-08-04 08:09:40

2

To see more videos from user @suicideess3n, please go to the Tikwm homepage.

Other Videos

please don't himeko, please just this once hoyo💔 #CapCut #himeko #HonkaiStarRail #hsr #fyp

please don't himeko, please just this once hoyo💔 #CapCut #himeko #HonkaiStarRail #hsr #fyp

#fyp #fppppppppppppppppppp #foryou

#fyp #fppppppppppppppppppp #foryou

Ol lain blo go lo GL 🥲 #xyzabc #pngtiktok🇵🇬 #fypシ #pacifictiktoker🇵🇬🇫🇯🇫🇰🇻🇺🇹🇼

Ol lain blo go lo GL 🥲 #xyzabc #pngtiktok🇵🇬 #fypシ #pacifictiktoker🇵🇬🇫🇯🇫🇰🇻🇺🇹🇼

الغربه أخدت من حياتنا كتير واولهن الحياه🥀#يما كبرني الدهر بالغربه خمس أجيال#غربه_وطن💔غربه_اهل😭💔 #your_coffee #تصميم_فيديوهات🎶🎤🎬 #عبارات

الغربه أخدت من حياتنا كتير واولهن الحياه🥀#يما كبرني الدهر بالغربه خمس أجيال#غربه_وطن💔غربه_اهل😭💔 #your_coffee #تصميم_فيديوهات🎶🎤🎬 #عبارات

Cherenkov radiation is the bluish glow you sometimes see in nuclear reactors or high-energy physics experiments. It happens when a charged particle (like an electron) moves through a medium—such as water, glass, or plastic—faster than light can travel in that medium. 🌀 WHY IT HAPPENS In a vacuum, nothing can move faster than the speed of light. But in matter (like water), light slows down because it interacts with atoms. For example, in water light only moves at about 75% of its vacuum speed. If a charged particle (say, an electron from a nuclear reaction) is moving faster than light does in that medium, it creates a sort of electromagnetic “shockwave,” similar to how a sonic boom happens when an object travels faster than sound. 🌀 WHERE YOU CAN SEE IT • Nuclear reactors submerged in water, where high-energy particles are emitted. • Particle detectors in physics experiments, which use Cherenkov radiation to identify particles. • Cosmic ray detection, where it helps scientists detect high-energy particles hitting Earth’s atmosphere. 🌀 WHY IT’S USEFUL • Scientists can determine the speed and energy of particles by analyzing the Cherenkov light they produce. • Specialized detectors (Cherenkov counters) use this effect to identify different types of particles in accelerators and cosmic ray studies. In short, it’s the optical equivalent of a sonic boom—a blue shockwave of light emitted when a charged particle outruns light in a medium. 🎥: @interstellar_cycle Ever seen a nuclear reactor glow blue? 🔵 That’s not movie magic – it’s called Cherenkov Radiation. When tiny particles move faster than light inside water, they create this blue glow. And the sound? That’s the reactor’s cooling system + powerful machinery at work. Science can be beautiful ✨⚛️ #Science #CherenkovRadiation #NuclearEnergy #Physics #FYP

Cherenkov radiation is the bluish glow you sometimes see in nuclear reactors or high-energy physics experiments. It happens when a charged particle (like an electron) moves through a medium—such as water, glass, or plastic—faster than light can travel in that medium. 🌀 WHY IT HAPPENS In a vacuum, nothing can move faster than the speed of light. But in matter (like water), light slows down because it interacts with atoms. For example, in water light only moves at about 75% of its vacuum speed. If a charged particle (say, an electron from a nuclear reaction) is moving faster than light does in that medium, it creates a sort of electromagnetic “shockwave,” similar to how a sonic boom happens when an object travels faster than sound. 🌀 WHERE YOU CAN SEE IT • Nuclear reactors submerged in water, where high-energy particles are emitted. • Particle detectors in physics experiments, which use Cherenkov radiation to identify particles. • Cosmic ray detection, where it helps scientists detect high-energy particles hitting Earth’s atmosphere. 🌀 WHY IT’S USEFUL • Scientists can determine the speed and energy of particles by analyzing the Cherenkov light they produce. • Specialized detectors (Cherenkov counters) use this effect to identify different types of particles in accelerators and cosmic ray studies. In short, it’s the optical equivalent of a sonic boom—a blue shockwave of light emitted when a charged particle outruns light in a medium. 🎥: @interstellar_cycle Ever seen a nuclear reactor glow blue? 🔵 That’s not movie magic – it’s called Cherenkov Radiation. When tiny particles move faster than light inside water, they create this blue glow. And the sound? That’s the reactor’s cooling system + powerful machinery at work. Science can be beautiful ✨⚛️ #Science #CherenkovRadiation #NuclearEnergy #Physics #FYP

#foryou #fyp #viral #چەقۆ

#foryou #fyp #viral #چەقۆ

About

Robot
API

Legal

Privacy Policy