Das Problem ist nicht die Schwerkraft - sondern etwas anderes

In physics, there are four fundamental forces that govern everything in the universe—from the smallest particles to the largest structures. These forces are the strong interaction, the weak interaction, electromagnetism, and gravity. Each of these forces is transmitted by so-called force-mediating particles, which mediate their effects between particles in space. Electromagnetism is an everyday example: It ensures that magnets stick to metals and that light from the sun reaches us. The photon is the particle that transmits electromagnetic waves such as light, radio waves, or microwaves. It is, so to speak, the "messenger" of electromagnetism. The strong interaction is less tangible, but it holds the building blocks of the atomic nucleus together. Without it, protons and neutrons would fly apart, since they normally repel each other. The particle that mediates this force is called a gluon. The weak interaction is responsible for radioactive decay. It plays a role when a neutron transforms into a proton. In this case, it's the W and Z bosons that transmit this force. Without this force, there would be no nuclear processes like those taking place in the sun. And then there's gravity—the force that holds us firmly on Earth and pulls planets in their orbits around the sun. But unlike the other forces, there's a mystery here: So far, no particle that transmits gravity has been discovered. However, quantum physics suggests the existence of such a particle—the graviton. The graviton is currently purely theoretical, as it's incredibly difficult to detect. But a team of researchers has now developed a groundbreaking experiment that could do just that. Entropy Podcast: https://open.spotify.com/show/6rKLAIJ... Good Night Stories: @goodnightstories8357 Did you enjoy the video? Then I would really appreciate a thumbs up! It costs you nothing and lets YouTube know you liked the video! And please recommend it to other curious Entropy fans who haven't subscribed yet! Subscribe to Entropy now so you don't miss any of the cool and interesting episodes! This supports me and helps me improve and expand my content! ... Subscribe here:    / @entropywse   ♦ My social media links: https://linktr.ee/JourneyDE ♦ Discord Channel:   / discord   Playlist:    • Proton Paradoxon! Wo kommt die Masse her?   Learn more (sources): https://www.nature.com/articles/s4146... https://www.stevens.edu/news/new-rese... #universe #physics #entropy