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
Highlight: Fewer Than 10% of Senior Authors in Physics Journals Are Women
A new comment reveals that fewer than 10% of senior authors in physics journals are women, spotlighting persistent gender disparities in academic leadership.
April 29, 2025
Perseverance’s MOXIE Generates Oxygen on Mars
It seems the list of “firsts” for NASA’s Perseverance rover keeps scooping up more and more achievements. After…
April 22, 2021
Parsing which foods are healthy and which are less so isn’t always straightforward – a new rating system aims to demystify the process
The new system generally gives higher scores to fruits, vegetables and minimally processed foods. RapidEye/iStock via Getty Images…
February 5, 2023
A Probability Problem With Sleeping Beauty and Coins
Rattle your heads a bit with this odd probabilty dilemma with coins and a particularly famous sleeping fairytale…
March 18, 2023
