It’s pretty common to hear the phrase “opposites attract,” and it certainly applies to stuff within the atom. After all, the electrons and protons do possess opposing charges. But there are neutrons in the nucleus, too, and they’re pretty much chummy with the protons in there. What’s stopping them from just going their own ways?
Related Posts
The Large Hadron Collider gets reset and refreshed each year – a CERN physicist explains how the team uses subatomic splashes to restart the experiments
Particles rush through a long tunnel in the Large Hadron Collider. Maximilien Brice/CERN, CC BY-SA Riccardo Maria Bianchi,…
Is It Really Easier to Move Heavy Stuff by Train?
Using the metaphor of filling rooms with gravel and transporting it hundreds of miles away, this video delves…
Curious Kids: What does the edge of the universe look like?
Greg Rakozy/Shutterstock Sara Webb, Swinburne University of Technology What does the edge of the universe look like? Lily,…
New Data from James Webb Space Telescope Settles Disagreement on Universe’s Expansion Rate
New simulations reveal that black holes absorb most gravitational wave energy, with only up to 20% scattering back, offering fresh insights into how spacetime resists deformation.