Some of us are well-versed in the forces that keep us tethered to the ground, and with those that make sure that opposite magnetic poles attract. There’s another force, however, that is always in action in every single part of our bodies and in all the atoms around it—the strong force, or the force that binds atomic nuclei together. How does it work?
What We Know About the Force That Holds Atomic Nuclei Together
Related Posts
A new spin on memory: Physicists find magnet that could slash computing energy use
Researchers have demonstrated a new form of magnetism that can be switched with a small voltage, a key breakthrough for developing ultra-efficient spintronic memory.
June 19, 2025
Why fusion ignition is being hailed as a major breakthrough in fusion – a nuclear physicist explains
The target chamber at the National Ignition Facility has been the site of a number of breakthroughs in…
December 14, 2022
A Curiosity About… Spools?
There’s some interesting math to be seen in the action of unreeling a spool—just make sure to unspool…
August 12, 2023
Researchers Honor Nobel Physics Laureates for Contributions to Neural Networks
(Featured image: Ill. Niklas Elmehed © Nobel Prize Outreach) At a Glance This year’s Nobel Prize in Physics…
October 10, 2024
