From the 1 of 4 linked papers with an AI index.
5 papers
Thermal Breaking of the I-Love Universality for Hot White Dwarfs
Jinyi Lv, Jing-Yi Wu, Hongji Chen +3
The paper studies how high temperatures in low‑mass white dwarfs alter the universal I‑Love‑Q relations, showing that thermal effects break the self‑similarity of internal density…
Predictions on observing hot holographic quark star with gravitational waves
Le-Feng Chen, Heng-Yi Yuan, Meng-Hua Zhou +3
We extract the equation of state of hot quark matter from a holographic 2+1 flavor QCD model, which could form the core of a stable compact star. By adding a thin hadron shell, a n…
Hot Holographic 2-flavor Quark Star
Le-Feng Chen, Jing-Yi Wu, Hao Feng +2
Applying the holographic 2-flavor Einstein--Maxwell-dilaton model, the parameters of which are fixed by lattice QCD, we extract the equations of state for hot quark--gluon plasma a…
Dark I-Love-Q
Jing-Yi Wu, Wei Li, Xin-Han Huang +1
For neutron stars, there exist universal relations insensitive to the equation of states, the so called I-Love-Q relations, which show the connections among the moment of inertia,…
Deriving Neutron Star Equation of State from AdS/QCD
Wei Li, Jing-Yi Wu, Kilar Zhang
Neutron stars are among the main targets for gravitational wave observatories, however, their equation of state is still not well established. Mainly phenomenological models with m…