Through net quantum chromodynamics, scientists have discovered forces equivalent to the weight of 10 elephants squeezed in a smaller space than an atomic nucleus.
“We used a powerful computational technique called quantum network in network to map the forces that act inside a proton“It begins by explaining Ross Young, one of the authors of the published in February in Physical Review Letters.
“This approach divides space and time into a thin grid, allowing us to simulate the way strong force-the fundamental interaction that unites the quarks in protons and neutrons-varies in different regions of the proton,” he explains to this study as probably the smallest map of forces ever done.
The goal is to deepen the understanding of the fundamental forces that shape the natural world.
“Our findings reveal that even to these tiny scales, the forces involved are immense, reaching up to half a million Newtons, or equivalent to about 10 elephantscompressed in a much smaller space than an atomic nucleus, ”says the investigator.
“These forces maps provide a new way of understanding the internal dynamic intricate of the Protionhelping to explain why it behaves as it behaves in high -energy collisions, such as those of the large Hawk collier, and in experiences that investigate the fundamental structure of matter. ”
It also comments that, “by making visible for the first time visible within the Protion, this study fills the gap between theory and experience – as previous generations have discovered the secrets of light to transform the modern world.”
