Thank you ^_

After 7 years of trying, I’m finally going back to university this year to get the degree i always wanted :D

Like you need music to watch that… I’ve heard [̲̅$̲̅(̲̅ ͡° ͜ʖ ͡°̲̅)̲̅$̲̅]

If i got right, there are multiple applications that can be studied from this system. Because it was hard to study the behavior of noble gasses with each other as they don’t react with anything. Now for the first time, we trapped them together to interact, and took pictures!

One application i can see this helping is in fusion. At least from the math learned from this.

Interesting question!

If I’m not mistaken, charging works by the voltage potential difference of the connected devices. Think of a wall outlet, having the highest voltage in your house probably, vs a phone out of charge with effectively 0 voltage. The high potential will move towards the low potential, pushing power to the low voltage device.

The mechanism requires a specific difference in voltage to work. Most electronics have very lower voltages, relatively speaking. So for your idea to work, you’ll need to find a device that doesn’t require a high voltage difference, and either a series of connected and fully charged devices or an electronic with high voltage. I think it doesn’t exist because they won’t be functional or unsafe if they do, but I’m not sure as I’m not as expert. I just took university electricity classes so there’s a good Chance I’m wrong.

I hope an expert answers though because I’m curious now too!