CMSE faculty member Michael Murillo's paper published in nature.com's Scientific Reports Vol. 7
- Nov 29, 2017
Congratulations to CMSE faculty member Michael Murillo for getting his paper on viscous quantum hydrodynamics modeling published!
A viscous quantum hydrodynamics model based on dynamic density functional theory (article)
Diaw, Abdourahmane and Murillo, Michael S.
Dynamic density functional theory (DDFT) is emerging as a useful theoretical technique for modeling the dynamics of correlated systems. We extend DDFT to quantum systems for application to dense plasmas through a quantum hydrodynamics (QHD) approach. The DDFT-based QHD approach includes correlations in the the equation of state self-consistently, satisfies sum rules and includes irreversibility arising from collisions. While QHD can be used generally to model non-equilibrium, heterogeneous plasmas, we employ the DDFT-QHD framework to generate a model for the electronic dynamic structure factor, which offers an avenue for measuring hydrodynamic properties, such as transport coefficients via x-ray Thomson scattering.
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