伦敦数学科学研究所（LIMS）细胞编程方向博士后招聘

　　伦敦数学科学研究所（LIMS）细胞编程方向博士后招聘

　　The London Institute for Mathematical Sciences is hiring Postdoctoral Research Fellows in the theory of cell programming from physics, mathematics or machine learning. This follows a recent partnership with cell coding company Bit Bio on a moonshot mission to create every human cell type for use in biomedical research.

　　The postdoc positions are for one to three years, starting as soon as possible, with a gross salary of £42,000 per year. To apply, send a CV to at@lims.ac.uk.

　　The London Institute is assembling a team of theorists to decode the dynamics of cell identity. Postdocs will interact with a senior theorist being simultaneously recruited, Thomas Fink and Ton Coolen, as well as Bit Bio founder Mark Kotter. Postdocs will play a role in determining the theoretical lines of attack and in influencing experimental innovations at Bit Bio.

　　Candidates should have a PhD in physics or mathematics with experience in statistical physics, applied mathematics or theoretical machine learning. They will have a promising track record of research. Candidates should value collegiality and intellectual adventure and should write well.

　　The London Institute for Mathematical Sciences is a private academic institute for curiosity-driven research in physics, mathematics and the theoretical sciences. Funded by research agencies, foundations and firms, it gives scientists the freedom and support to make fundamental discoveries full-time.

　　Plausible approaches include, but are not limited to, the following:

　　·         Iterative data analysis and machine learning

　　·         High-dimensional and causal inference

　　·         Cell regulatory networks and neural networks

　　·         Cell subroutines and combinatorial innovation

　　For more information on these approaches, see lims.ac.uk/postdocs-in-the-theory-of-cell-programming. For more information on the collaboration between the London Institute and Bit Bio, see lims.ac.uk/decoding-cell-programming/?73636284.