Simulating Hadronic-to-Quark-Matter with Burn-UD: Recent work and astrophysical applications

Welbanks, Luis; Ouyed, Amir; Koning, Nico; Ouyed, Rachid

doi:10.1088/1742-6596/861/1/012008

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2018

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“…The conversion of hadronic to absolutely stable quark matter could give the extra "push" necessary to realize some of these energetic events. Given the potential of this hypothesis of explaining at least in part some of the more mysterious explosive phenomena in astrophysics, the inclusion of this conjecture in models of explosive astrophysics should remain an active research program (e.g., [11]).…”

Section: Introductionmentioning

confidence: 99%

Hadron–Quark Combustion as a Nonlinear, Dynamical System

Ouyed

Jaikumar

2018

Universe

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The hadron-quark combustion front is a system that couples various processes, such as chemical reactions, hydrodynamics, diffusion, and neutrino transport. Previous numerical work has shown that this system is very nonlinear, and can be very sensitive to some of these processes. In these proceedings, we contextualize the hadron-quark combustion as a nonlinear system, subject to dramatic feedback triggered by leptonic weak decays and neutrino transport. * Principal corresponding author Email address: ahouyedh@ucalgary.ca (Amir Ouyed) arXiv:1803.06761v1 [nucl-th]

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Section: Introductionmentioning

confidence: 99%