Thank You So Much :')

Here’s an old Lunala drawing that I made. Drawn on paper and colored with color pens

I've never been so in love with a Cartoon Character before 😍

Here’s an old drawing of Elle. I messed up her face, specially on the nose. I might change her design in the future. Drawn on paper but edited and colored digitally

I got inspired to make my own custom phone lockscreen based on Yellow D’s screen from the episode. I downloaded a custom lockscreen app. I used White D for number 2, Yellow for 4, Blue for 6, and Pink for 8. For the rest of the numbers, I used a transparent png to make them invisible.

Hope this gave you an idea, and maybe you could even try making your own that could even be better than this 😊

Here's the link to the app I used: https://play.google.com/store/apps/details?id=com.ztapps.lockermaster

Here's a simple animation test of Elle's hair

Made a new Gemsona, meet Azurmalachite 😊 I wanted to make her unique, so I made her gem big and helmet shaped. Her design is inspired by that big blue lighthouse gem, Topaz's big ear gems, and the temple fusion. I've realized that gems could come in different and unique sizes and shapes. That's why I experimented with this one.

Could we create dark matter?

85% of the matter in our universe is a mystery. We don’t know what it’s made of, which is why we call it dark matter. But we know it’s out there because we can observe its gravitational attraction on galaxies and other celestial objects. 

We’ve yet to directly observe dark matter, but scientists theorize that we may actually be able to create it in the most powerful particle collider in the world. That’s the 27 kilometer-long Large Hadron Collider, or LHC, in Geneva, Switzerland.

So how would that work? In the LHC, two proton beams move in opposite directions and are accelerated to near the speed of light. At four collision points, the beams cross and protons smash into each other.

Protons are made of much smaller components called quarks and gluons. 

In most ordinary collisions, the two protons pass through each other without any significant outcome.

However, in about one in a million collisions, two components hit each other so violently, that most of the collision energy is set free producing thousands of new particles. 

It’s only in these collisions that very massive particles, like the theorized dark matter, can be produced.

So it takes quadrillions of collisions combined with theoretical models to even start to look for dark matter. That’s what the LHC is currently doing. By generating a mountain of data, scientists at CERN are hoping to find more tiny bumps in graphs that will provide evidence for yet unknown particles, like dark matter. Or maybe what they’ll find won’t be dark matter, but something else that would reshape our understanding of how the universe works entirely. 

And that’s part of the fun at this point. We have no idea what they’re going to find.

From the TED-Ed Lesson Could we create dark matter? - Rolf Landua

Animation by Lazy Chief

Ariel and Turtle

Pencil sketch on paper, hope you like it 😊

✨ Calendar 2018 ✨ color schemes / color blurbs

and all birthstones I’m doing for the calendar!

Lapidot Anniversary Week Day 7 - Lapidot Photo/Selfie Day

I love how the lighting turned out aaaaa. Also the sketch was done a long time ago

@jenhedgehog

Speedpaint