@zaffron_0: plss they’re soo soo cuteee walang matutulog AHHHH | #pbb #jeolee #gehlee #makeitviral #fyppppppppppppppppppppppp

keke
keke
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Region: PH
Sunday 15 November 2026 15:45:38 GMT
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jaezel991
jaezel🦋 :
napanood ko na toh ehhh
2026-11-15 17:47:08
0
blur1103
pew :
HINAGIS YUNG HAWAK HAHAHAHAHAHAHAHAHAHA
2026-11-15 17:08:19
5
eynshent
KJ Bon'z :
Ackkkk
2026-11-15 15:56:18
15
samsoon202
sam Walter :
natawa ako dito ka mukha ni gehllea si Daniel hahahhahha ka cute promess buti sinuway ni Jeoo
2026-11-15 15:56:49
2
haul_slayph
Zonnoph :
2026-11-15 15:52:30
1
arc_456
airrah :
Iiiiiihhhhh
2026-11-15 17:01:42
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mamaykaren
RK💓 :
kilig
2026-11-15 16:18:00
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mrjr_cnls
️Eiroj :
2026-11-15 17:21:09
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jehanne_10
🖤🩷 :
ANO BA YAN TANGINA PAKIBALIK NG KALULUWA KO MABABALIW NA AKO DITO OH 😭
2026-11-15 15:58:41
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🤯 One teaspoon of a neutron star could weigh around TWO BILLION TONNES. Imagine holding a teaspoon of material that weighs as much as a massive mountain. Sounds impossible? Welcome to the extreme physics of neutron stars! 🌌 A neutron star is the incredibly dense remnant of a massive star that has exploded in a supernova. When its core collapses, matter is compressed to extraordinary densities. Here's what makes these cosmic objects so fascinating: ⭐ Incredible Density: A neutron star can contain more mass than our Sun, compressed into a sphere roughly 20–25 kilometres across. ⚛️ Matter Under Extreme Pressure: Gravity compresses matter so intensely that electrons and protons combine to form mostly neutron-rich matter. 🔄 Mind-Blowing Rotation: Some neutron stars, known as pulsars, rotate hundreds of times per second. The fastest confirmed pulsar spins approximately 716 times every second! 💥 Extreme Gravity: Falling material would release an unimaginable amount of energy when reaching the neutron star's surface. 🏔️ Almost Perfectly Smooth: Despite their enormous mass, neutron stars are expected to have mountains that may be less than a millimetre tall. These aren't science-fiction objects. Neutron stars are real cosmic laboratories where matter, gravity, and physics reach their extremes. 💬 Imagine dropping a teaspoon of neutron-star material onto Earth. What do you think would happen? 🚀 Follow @astrashristi for daily physics insights, space discoveries, AI breakthroughs, and mind-bending science. #NeutronStar #SpaceScience #Astrophysics #Astronomy #Pulsar #Supernova #Physics #CosmicFacts #Universe #SpaceFacts #ExtremePhysics #ScienceReels #NASA #Cosmos #ScienceExplained #Astrashristi
🤯 One teaspoon of a neutron star could weigh around TWO BILLION TONNES. Imagine holding a teaspoon of material that weighs as much as a massive mountain. Sounds impossible? Welcome to the extreme physics of neutron stars! 🌌 A neutron star is the incredibly dense remnant of a massive star that has exploded in a supernova. When its core collapses, matter is compressed to extraordinary densities. Here's what makes these cosmic objects so fascinating: ⭐ Incredible Density: A neutron star can contain more mass than our Sun, compressed into a sphere roughly 20–25 kilometres across. ⚛️ Matter Under Extreme Pressure: Gravity compresses matter so intensely that electrons and protons combine to form mostly neutron-rich matter. 🔄 Mind-Blowing Rotation: Some neutron stars, known as pulsars, rotate hundreds of times per second. The fastest confirmed pulsar spins approximately 716 times every second! 💥 Extreme Gravity: Falling material would release an unimaginable amount of energy when reaching the neutron star's surface. 🏔️ Almost Perfectly Smooth: Despite their enormous mass, neutron stars are expected to have mountains that may be less than a millimetre tall. These aren't science-fiction objects. Neutron stars are real cosmic laboratories where matter, gravity, and physics reach their extremes. 💬 Imagine dropping a teaspoon of neutron-star material onto Earth. What do you think would happen? 🚀 Follow @astrashristi for daily physics insights, space discoveries, AI breakthroughs, and mind-bending science. #NeutronStar #SpaceScience #Astrophysics #Astronomy #Pulsar #Supernova #Physics #CosmicFacts #Universe #SpaceFacts #ExtremePhysics #ScienceReels #NASA #Cosmos #ScienceExplained #Astrashristi

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