Hot and Dense Nuclear Matter - Department of Physics and Astronomy
Hot and Dense Nuclear Matter - Department of Physics and Astronomy
Hot and Dense Nuclear Matter - Department of Physics and Astronomy
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Quark Confinement<br />
What happens if we try to “free” a quark from it’s partner?<br />
A typical meson<br />
The meson is being<br />
stretched to separate the<br />
quarks.<br />
The “spring” energy between<br />
the quarks is eventually so<br />
high that a new quark pair is<br />
created -> two new mesons<br />
are formed.<br />
No free quarks. The quarks are confined to be inside hadrons.<br />
<strong>Hot</strong> <strong>and</strong> <strong>Dense</strong> <strong>Nuclear</strong> matter 3
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