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sterke kernkracht

Also known as strong force, strong nuclear force, strong interactions, strong nuclear interaction

fundamentele fysische natuurkracht

AI overview

The strong interaction is the powerful force that holds particles called quarks together to form protons and neutrons, and then binds those protons and neutrons tightly together inside the atomic nucleus. This force matters because without it, atoms couldn't exist—the nucleus would fall apart and all the matter we see around us, including ourselves, couldn't hold together.

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Instance of: fundamental interaction
Image: Nuclear Force anim smaller.gif

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described by source: Armenian Soviet Encyclopedia
Commons category: Strong nuclear force
on focus list of Wikimedia project: Wikipedia:Vital articles/Level/4
Stack Exchange tag: physics.stackexchange.com/tags/strong-force

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Article · Nederlands

De sterke (kern)kracht, sterke interactie of sterke wisselwerking is de sterkste van de vier fundamentele natuurkrachten uit de natuurkunde en is nog ongeveer 100 keer sterker dan de elektromagnetische kracht. Ze is verantwoordelijk voor de stabiliteit van atoomkernen.

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