招聘简介：

单分子纳米技术的博士后研究

·圣母大学

·地点：巴黎圣母院，IN

·工作号码：7057420

·发布日期：2019年5月24日

·申请截止日期：开放至填写

职位描述

寻求博士学位，以支持与单分子光谱学相关的纳米技术研究项目，扫描力显微镜和/或光学镊子，与固态膜中的纳米孔和微孔一起使用，用于测序DNA和蛋白质。成功的申请人必须已经完成博士学位。最好是在物理学，生物物理学，电气工程学，生物工程学或密切相关的学科中，具有世界级研究的可靠能力，这些能力反映在出版记录中。

英文原文：

Postdoctoral Position in Single Molecule Nanotechnology

· University of Notre Dame

· Location: Notre Dame, IN

· Job Number: 7057420

· Posting Date: May 24, 2019

· Application Deadline: Open Until Filled

Job Description

Seeking a Ph.D to support research projects in nanotechnologies related to single molecule spectroscopy with scanned force microscopy and/or optical tweezers, to be used in conjunction with nanopores and picopores in solid-state membranes, for applications in sequencing DNA and protein. The successful applicant must have completed a Ph.D. preferably in physics, biophysics, electrical engineering, bio-engineering or a closely related discipline, with a proven capacity for world-class research that is reflected in a publication record.

Considerable skill is required in implementing experiments to probe the interactions between living matter or biomolecules and light, electronics, and or abiotic micro/nanostructures. Extensive experience in a subset of the following disciplines is mandatory: atomic force/scanning tunneling microscopy; free-space laser optics and preferably optical tweezing; transmission electron microscopy; micro- and nanofluidics; molecular biology; semiconductor processing; low-noise, phase-sensitive lock-in measurements; and a facility for programming in MATLAB and LABVIEW, C++, and Igor. For more information, candidates should refer to the web site: http://www3.nd.edu/~gtimp/

Interested applicants should send a detailed CV, along with a list of publications, and arrange to have at least three letters of recommendation sent via email directly to Prof. Gregory Timp (gtimp@nd.edu). In the cover letter, delineate specifically how your skills can be applied to the work in this lab.

Contact:

Gregory Timp

316 Stinson-Remick Hall

Notre Dame Avenue