I recommend you watch the whole video, but if you're anxious and eager to see what I'm referring to, skip to the fourth minute.

Everything is easily explained with cartoons or a childrens book. That is why we do it for children, but apparently adults need it too, that is why we have comics and video games. I found the analogy portrayed above perfect in explaining how voltage and current relate.

Architectural and engineering firm Shimizu plans to solve Earth's climate crisis by building a band of solar panels 400 kilometres wide along the entire 11,000-kilometre equator of the Moon. The energy generated will be beamed back to Earth in the form of microwaves and converted into electricity at ground stations. The team hopes to start building the "Luna Ring" from Moon materials in 2035.

Researchers discover that bees and flowers communicate using electric fields.

"It turns out flowers have a slight negative charge relative to the air around them. Bumblebees have a charge, too.

The plant's electric field is changed by the proximity of that positively charged bee. And once the bee leaves, the field stays changed for 100 seconds or so. That's long enough for the altered field to serve as a warning for the next bee that buzzes by. She won't stop to investigate a flower that's already been visited." ...

Nearly 20% of all electricity in the world comes from hydropower, and Norway has adapted to rely nearly entirely on it. They are the world leader in hydroelectricity production, generating 120 TWh annually. France and Sweden are next highest, each generating ~65 TWh per year.