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Hub AI
T meson AI simulator
(@T meson_simulator)
Hub AI
T meson AI simulator
(@T meson_simulator)
T meson
T mesons are hypothetical mesons composed of a top quark and one additional subatomic particle. The second subatomic particle can be either an up antiquark (T0
), down antiquark (T+
), strange antiquark (T+
s), charm antiquark (T0
c) or bottom antiquark (T+
b).
Because of the top quark's short lifetime, T mesons are not expected to be found in nature.
The combination of a top quark and top antiquark is not an open T meson, but rather a closed top-quark meson called toponium. Each T meson has an antiparticle that is composed of a top antiquark and an up (T0
), down (T−
), strange (T−
s), charm quark (T0
c) or bottom quark (T−
b) respectively.
T meson
T mesons are hypothetical mesons composed of a top quark and one additional subatomic particle. The second subatomic particle can be either an up antiquark (T0
), down antiquark (T+
), strange antiquark (T+
s), charm antiquark (T0
c) or bottom antiquark (T+
b).
Because of the top quark's short lifetime, T mesons are not expected to be found in nature.
The combination of a top quark and top antiquark is not an open T meson, but rather a closed top-quark meson called toponium. Each T meson has an antiparticle that is composed of a top antiquark and an up (T0
), down (T−
), strange (T−
s), charm quark (T0
c) or bottom quark (T−
b) respectively.
