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
From using plant rinds to high-tech materials, bike helmets have improved significantly over the past 2 centuries
Modern bike helmets are made through complex materials engineering. Johner Images via Getty Images Jud Ready, Georgia Institute…
What’s an “Atomic Trampoline?”
A unique metallic glass called amorphous metal made a simple-looking disk astonishingly bouncy, leading NileRed to investigate its…
Is “Antigravity” Real—And Does “Antimatter” Have Anything To Do With It?
Conducting experiments to measure the effects of gravity on antimatter is extremely difficult due to the rarity of…
Determining the True Scale of COVID-19 Casualties
The true scale of COVID-19 casualties is far more complex than official death tolls suggest. While U.S. death…
