Create computational models & conduct simulations of neural development, as well as contribute to the ongoing BioDynaMo collab that involves CERN

该学生将创建神经发育的计算模型和进行模拟，并为正在进行的涉及CERN的BioDyaMo合作做出贡献。这个项目将研究遗传规范如何以自组织的方式产生神经结构和功能，最终帮助更好地了解大脑在健康和疾病中的作用。将使用各种公开可用的关于基因和大脑解剖的数据集。这里有一些进一步的评论，显然它们在提交之前被删除了：我们想招募Birch女士作为EPSRC DTP博士生。我们估计，每年将需要大约1000 GB来支付出席会议和展示和传播这项研究的会议费用。将使用该大学的高性能计算设施。博士生的开始日期最早可能是7月底，最晚可能是10月。

The student will create computational models and conduct simulations of neural development, as well as contribute to the ongoing BioDynaMo collaboration that involves CERN. This project will investigate how genetic specification produces neural structure and function in a self-organizing manner, ultimately helping better understand the brain in health anddisease. Various publicly available datasets on genes and brain anatomy will be used. Here some further comments, as apparently they are removed before submission: We would like to recruit Ms Birch for an EPSRC DTP PhD studentship. We estimate that about £1,000 annually will be required to cover conference attendance and meetings to present anddisseminate the research. The University's high-performance computing facilities will be used. The starting date of the PhD studentship could be end of July the earliest, or October the latest.