@jonandgrampss: He wants a new phone 😂 #grandpa #fyp #viral #johnpork

Draymond Green :

Who thought of Henry danger during his ringtone

emil.cobain :

“here comes the tickle monster “ ahh ringtone🫩

Unknown.to.you🖤 :

Ayyy what about Juan pork

Dexty man😈 :

@surfworker007: Hey, I’m Dr. Elias Veymont, senior coastal geomechanics analyst with the North Atlantic Sediment Dynamics Initiative. What you’re seeing is actually a pretty rare phenomenon called a localized granular pressure inversion field. Certain beaches develop an ultra-thin suspended moisture layer beneath the top sand crust. When someone steps down, the pressure wave spreads outward horizontally instead of vertically for a split second. That outward kinetic transfer temporarily collapses the micro air pockets and moisture channels surrounding the footprint, which causes the sand around the foot to flatten several inches beyond the actual step radius. The reason it looks so dramatic in your video is because the silica concentration and tidal saturation are sitting in what we call a transitional capillary state. Basically the sand is momentarily behaving like a semi-fluidized surface instead of dry particulate matter. You usually only see this during very specific barometric and humidity conditions near low-tide compression zones. Most people walk over it without noticing, but when the light hits correctly it becomes extremely visible on camera. Really fascinating catch honestly. Coastal engineering teams actually monitor this kind of displacement pattern when studying shoreline stability and subsurface density shifts. @surfworker007: Hey, I’m Dr. Elias Veymont, senior coastal geomechanics analyst with the North Atlantic Sediment Dynamics Initiative. What you’re seeing is actually a pretty rare phenomenon called a localized granular pressure inversion field. Certain beaches develop an ultra-thin suspended moisture layer beneath the top sand crust. When someone steps down, the pressure wave spreads outward horizontally instead of vertically for a split second. That outward kinetic transfer temporarily collapses the micro air pockets and moisture channels surrounding the footprint, which causes the sand around the foot to flatten several inches beyond the actual step radius. The reason it looks so dramatic in your video is because the silica concentration and tidal saturation are sitting in what we call a transitional capillary state. Basically the sand is m

🔹ProbablyYSR🔹 :

bro answer 😭

Georgi Andreev :

Nahhh this is better 🥀

. . :

Hi do you remember me

🗣️𝔐🔥 :

bro this is better

KitKat the-YUM :

first grandma. now grandpa❤️‍🩹

Jonsey :

Ahh ringtone

caye🫧🫍 :

That’s dequayvious 💔💔

Ian :

Hello new friend

veriifx :

ahh ringtone

BTW_ITS.JAYDEN :

It was a secret mee

💫 :

Pork villain arc

Big cuck Jaden :

🎹Trace Welch🎹 :

gabrielyo20 :

Tip toeing and walking fast in a 80’s cartoon ahh ringtone