Pulsars as a probe for the nuclear and quark matter equation of state
Pulsars as a probe for the nuclear and quark matter equation of state
Pulsars as a probe for the nuclear and quark matter equation of state
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Maximum m<strong>as</strong>s <strong>and</strong> modern many-body approaches<br />
– p.24<br />
modern many-body calculations<br />
(using Nijmegen s<strong>of</strong>t-core YN potential)<br />
Vidana et al. (2000): M max = 1.47M ⊙ (NN <strong>and</strong> YN interactions),<br />
M max = 1.34M ⊙ (NN, NY, YY interactions)<br />
Baldo et al. (2000): M max = 1.26M ⊙<br />
(including three-body nucleon interaction)<br />
Schulze et al. (2006): M max < 1.4M ⊙<br />
Djapo et al. (2008): M max < 1.4M ⊙<br />
Schulze <strong>and</strong> Rijken (2011): M max < 1.4M ⊙ (ESC08)<br />
too s<strong>of</strong>t EoS, too low m<strong>as</strong>ses!<br />
resolution: make EoS stiffer by <strong>the</strong> presence <strong>of</strong> <strong>quark</strong> <strong>matter</strong>!?!
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