Accelerated 3D General Purpose Radiative Transfer Codes

1. 创建一套先进的三维辐射传输应用程序，能够模拟e-m辐射在块状介质中的传输；能够处理通过气体和/或颗粒的辐射传递；并在热力学和非热力学平衡中处理介质。这些应用程序将作为开源材料发布。这些应用程序将被编写成能够在x86、许多核心和FPGA架构上以高性能的方式运行。这些应用程序将以这样一种方式编写，即它们可以利用异构架构和卸载技术4。这些应用程序将用于模拟(1)非常早期的宇宙和(2)超新星遗迹及其周围的能量平衡和化学。

1. Creation of an advanced suite of 3-d radiative transfer applications that would be able to simulate the transport of e-m radiation in clumpy media; be able treat radiative transfer through gas and/or particles; and treat media in thermodynamic and non-thermodynamic equilibrium. These applications would be published as open source material.2. These applications would be written so that they would run in a performant way on x86, many core and FPGA architectures.3. These applications would be written in such a way that they could take advantage of heterogeneous architectures and offload techniques4. These applications would be used to model the energy balance and chemistry of (i) the very early Universe and (ii) the supernova remnants and their environs.