The weaknuclearforce is in turn ten million billion billion times stronger than gravity.
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The third category is called the weaknuclearforce.
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There are four fundamental forces - gravity, electromagnetic, the strong nuclear force, and the weaknuclearforce.
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Current dark matter detectors are looking for WIMPs, or weakly interacting massive particles, that connect only with the weaknuclearforce and gravity.
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To explain what kept atoms together, other forces were needed, and in the 1930s two were discovered: the strong nuclear force and weaknuclearforce.
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We know this because two fundamental forces, electromagnetism and the weaknuclearforce, unify at these energies (see the second heading and the picture here).
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These are gravity, the electromagnetic force, and the strong and weaknuclearforces.
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The key thing about the Higgs boson is its relationship to the electromagnetic and weaknuclearforces.
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After another ludicrously brief interval it was joined by electromagnetism and the strong and weaknuclearforces-thestuff of physics.
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Then there are fundamental bosons which provide the forces which drive the universe -electromagnetism and strong and weaknuclearforces.
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Along with electromagnetism and strong and weaknuclearforces, gravity is one of the "fundamental forces" that power the universe.
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TV presenter and particle physicist Brian Cox introduces the four forces that underpin our world: the strong and weaknuclearforces, electromagnetism and gravity