Let's Make Education Simple

Will the Ball Turn ? Coriolis effect

In Chitti , students don't just learn science from books they discover it through hands-on experiments.

Check our Demo 👇
https://chitti.app/futureschool/?utm_source=FBlmes

🔬 Learn by Exploring
⚡ Learn by Experimenting
🚀 Learn by Building

Want your child to experience science in action?

👉 Join the Chitti Program today!

DM us "CHITTI" to know more.

The ₹1 Lakh+ Crore Kalpasar Project: India's Boldest Engineering Dream

Imagine building a massive freshwater reservoir across the Gulf of Khambhat! 🌊

The Kalpasar Project is one of India's most ambitious engineering proposals. It aims to create a huge freshwater lake, improve water supply, generate renewable energy, and boost transportation in Gujarat.

Could this mega project transform the future of the region? Watch till the end to find out!

FutureOfIndia CivilEngineering WaterManagement Infrastructure IndianProjects Technology Engineering Shorts YouTubeShorts

The Science Behind Krunal Pandya’s Bouncer Skills

In this video, we break down the hidden science behind his batting technique and explain how professional cricketers react within milliseconds against fast bowling. From balance and momentum to reaction time and shot control — cricket is full of science!

If you love cricket, physics, and sports analysis, this video is for you.

SportsScience BattingTechnique FastBowling CricketAnalysis ScienceOfCricket IndianCricket STEM SportsPhysics CricketLovers ScienceExplained

Turf cricket hack 😱

TVK Campaign Tech Secret

Have you seen the 3D hologram in recent TVK campaigns? It’s not a real hologram. This video explains how POV (Persistence of Vision) display using fast rotating LED fans creates this illusion and tricks our eyes.






Innovation
VisualIllusion
3deffect

How NASA Sent Faster Video in 1969

Why does the Artemis II livestream look slower than the old Apollo program broadcasts?

Back in the 1960s, the video system used in missions like Apollo 11 transmitted low resolution black and white video, which required much less data.

Today, modern missions try to send higher quality digital video, telemetry, and multiple data streams, which means the signal has to be compressed and transmitted carefully across hundreds of thousands of kilometers.

So even though technology improved, space communication limits still exist!