生物物理学哲学博士

我们当前的生物物理学项目包括对DNA自组装的研究，这是一种有前途的纳米电子方法。另一个项目研究了遗传调控网络，在该网络中，对完整基因组进行测序以及对细胞内数千种分子种类的浓度进行监测，为我们提供了进入生命物理本质的新窗口。在发育生物学中对组织力学的研究正在确定分子尺度和细胞尺度动力学以及模式形成中更大尺度的新兴性质的作用。另一个项目使用放射性同位素来跟踪环境变化导致的植物生理变化。
Our current biological physics projects include investigations of DNA self-assembly as a promising method for nano-electronics. Another project investigates genetic regulatory networks, where the sequencing of full genomes and monitoring of the concentrations of thousands of molecular species within cells have given us new windows into the physical nature of life. Investigations of tissue mechanics in developmental biology are determining the role of molecular-scale and cellular-scale dynamics and larger scale emergent properties in pattern formation. Another project uses radioisotopes to track changes in plant physiology as a consequence of environmental changes.