This media is not supported in your browser
VIEW IN TELEGRAM
During intense weather, bison turn and face the storm. It is said they are the only animals known to do so because heading into the storm shortens the length of the storm out in those vast open spaces.
- Levandov -
@letsseemore
- Levandov -
@letsseemore
👍3❤2🆒2
This media is not supported in your browser
VIEW IN TELEGRAM
Street artist turns a plain guitar into a stunning piece of art through spray paint.
[📹 sprayarteden]
- Massimo -
#art
@letsseemore
[📹 sprayarteden]
- Massimo -
#art
@letsseemore
👍12❤2
This media is not supported in your browser
VIEW IN TELEGRAM
Every year, the shores of Costa Rica host the largest sea turtle gathering on Earth, an extraordinary event known as an arribada (Spanish for "arrival").
[📹 forevergreen. earth]
- Massimo -
@letsseemore
[📹 forevergreen. earth]
- Massimo -
@letsseemore
👍8❤3
This media is not supported in your browser
VIEW IN TELEGRAM
China’s Qiantang River shows the ‘Dragon’s Tail’ tide, a powerful tidal bore traveling upstream.
- ViralRush ⚡ -
@letsseemore
- ViralRush ⚡ -
@letsseemore
❤3🗿2👍1
This media is not supported in your browser
VIEW IN TELEGRAM
Aemotion’s two-seater electric microcar tilts 35° like a motorcycle.
- Moments that Matter -
@letsseemore
- Moments that Matter -
@letsseemore
👍8🔥1
This media is not supported in your browser
VIEW IN TELEGRAM
The Hypnotica FireShow & LightShow in Prague combines dance, acrobatics and stunning fire artistry
Performers use custom props, spellbinding music and light choreography to create immersive visual magic.
[📹 hypnotica_fireshow]
- Massimo -
#art
@letsseemore
Performers use custom props, spellbinding music and light choreography to create immersive visual magic.
[📹 hypnotica_fireshow]
- Massimo -
#art
@letsseemore
❤4🔥2👍1
This media is not supported in your browser
VIEW IN TELEGRAM
Prince Rupert's Drop vs. Hydraulic Press
The way the drops are formed involves the outer layer solidifying quickly and the interior slowly cooling.
This causes the molecules of the glass to contract enough that basically every molecule of the drops' head is constantly pulling on all the other molecules, and this force needs to be overcome before any part of the drop will break away from the rest.
So instead of needing a small amount of force to crack or chip the glass, it basically takes as much force to disintegrate the entire thing at once to break it even a little.
- Fascinating -
@letsseemore
The way the drops are formed involves the outer layer solidifying quickly and the interior slowly cooling.
This causes the molecules of the glass to contract enough that basically every molecule of the drops' head is constantly pulling on all the other molecules, and this force needs to be overcome before any part of the drop will break away from the rest.
So instead of needing a small amount of force to crack or chip the glass, it basically takes as much force to disintegrate the entire thing at once to break it even a little.
- Fascinating -
@letsseemore
👍6🔥3🤯1