physics vs potholes..

@dailyexperiment.0

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I SARTHI

Why it worked

The video effectively combines a visually engaging science experiment with a demonstration of an innovative AI technology, appealing to a broad audience interested in both practical applications and technological advancements. The use of relatable problems like potholes and the clear explanation of the 'I SARTHI' system contribute to its shareability.

Summary

The video demonstrates the properties of a non-Newtonian fluid (corn starch and water mixture) by showing how it behaves as both a solid and a liquid under different pressures. It then transitions to showcasing an AI-powered road safety system called 'I SARTHI' developed by students at NIAT, which detects road defects and driver attention.

Structure

1Introduction to potholes and the experiment with non-Newtonian fluid.
2Demonstration of the fluid's properties (solid under pressure, liquid when relaxed).
3Testing the fluid's ability to support a car's weight in a pothole.
4Introduction of NIAT and their AI-powered road safety system, 'I SARTHI'.
5Explanation of 'I SARTHI's' features (road defect detection, driver attention monitoring).
6

Original caption

physics vs potholes.. know more at #experiment #crafting #howtotiktok #LearnOnTikTok #support #plzunfrezemyaccount #plzdontunderviewsmyvedios

More from @dailyexperiment.0

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Conclusion showing the car successfully driving over the fluid-filled pothole.

Product placement

NIAT (National Institute of Agricultural Technology): Appears as a logo in the corner of the screen. Removing it would not change what happens in the video. It acts as a watermark/attribution. I SARTHI: Acts as an AI-powered road safety system that detects potholes and real-time road conditions and informs drivers. Removing it would change what happens in the video as it is the subject of the demonstration. AI CREDITS: Appears as on-screen text showing a large sum of money, associated with AI tokens. It acts as a visual representation of resources for AI projects. Removing it would not change the core demonstration of the road safety system but would remove a piece of information about the project's funding/resources.

Call to action

link in bio

On-screen text

STARCH Corn Starch NIAT NIAT NIAT NIAT AI CREDITS ₹100,00,00,000 Non-Newtonian Fluid

Transcript

physics vs potholes.. know more at #experiment #crafting #howtotiktok #LearnOnTikTok #support #plzunfrezemyaccount #plzdontunderviewsmyvedios Sir, this video. Look at this video. Oh my god. Oh my god. What is this? Can potholes be filled with this liquid instead of gravel? Let's try it out. So, we took some water and corn starch and made a mixture. Now, when you press it, it feels like solid, but as soon as you leave it, it becomes liquid again. And if you hit it with a hammer, its surface behaves like a hard solid, but as soon as you remove the hammer, it sinks into it. So, is this liquid capable of bearing the weight of a car? Let's test it. So, here we are filling this pothole with this liquid. But there is no actual solution for this. Students from NIAT are working on it. These students have built an AI-powered road safety system called I SARTHI. Which detects potholes and damaged roads in real-time and informs the driver. And it also tracks the driver's face and eye movements to check their attention. To build projects like these, NIAT provides its students with AI tokens worth over 100 crore rupees. So that the token limit does not become a roadblock for building. So I will definitely visit NIAT. But if you want to see it now, link in the bio. Back to experiment. So, we have filled this pothole with this liquid. Can the car pass over it without getting stuck? Ready? Come on! Did you see? How smoothly the car passed over this pothole. This fluid is called Non-Newtonian Fluid.