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
Quantum Computers on the Verge of Surpassing Classical Machines, IBM Experiment Shows
A recent experiment by IBM scientists has provided evidence that quantum computers could surpass classical computers in practical…
How One Scientist “Poisoned” a Generation—And Endangered Many More
Oftentimes people hear about how some of history’s most notorious minds have led to some of the most…
Mulled wine: how ‘Christmas in a cup’ went from ancient medicine to an Aussie winter warmer
shutterstock. Morag Kobez, Queensland University of Technology When the temperature drops in the southern hemisphere, you might like…
New Evidence Suggests Nitrogen Played a Key Role In the Rise of Complex Life
Scientists from Virginia Tech have found evidence that biologically available nitrogen may have played a vital role in…
