PhD Positions in Physics, Geophysics, & Geodesy - RING Project, Germany
We would like to draw your attention to the 4-year RING project recently funded by the German Research Foundation (extendable to 8 years).
Successful candidates will have the opportunity to join a vibrant, multidisciplinary team formed by 14 PhD students, one postdoc, the lead and associate scientists tackling various science questions in the unique environment of the RING research unit in the fields of laser physics, geodesy, geophysics, hydrology, and seismology.
The project aims at pushing the sensitivity and stability limits of rotational motion sensing with ring laser technology into new realms using approaches from quantum optics and metrology. The ultimate goal is to enable ring laser observations as a complement to classic space-geodetic methods towards more precise, high-rate estimation of Earth Orientation Parameters (EOP). This will lead to a better understanding what affects polar motion and length-of-day variations on small time scales. Furthermore, we plan to develop (trans-) portable ring lasers fit for weak, broadband 6 degree-of-freedom ground motion observations towards better understanding of atmosphere-solid Earth coupling (also relevant for seismic decoupling of gravitational wave detection facilities).
More information, links to the individual research projects and open positions can be found here: https://www.ringlaser.de
New Mexico Tech
Research Associate III
The New Mexico Bureau of Geology and Mineral Resources (NMBGMR) is seeking an experienced economic geologist for our Economic Geology Group, which collects, analyzes, and publishes new information on the economic and mining geology of New Mexico. These datasets promote economic development and sound management of New Mexico’s mineral resources. This position provides supervisory, scientific and operational leadership and oversight of projects related to economic geology, petrology, mineralogy, and field mapping and sampling of mineral deposits in New Mexico. Analyze geological data (maps, assay results, geophysical surveys) to assess resource quality and quantity and integrate findings into geological models and maps. Research on ore processes, paragenesis and mineral deposit models will be a key component of the position. Preparation of papers and presentation of work at meetings will be required. The position also includes a service component which could involve, for example, examining mining claims or well logs, drill cuttings and cores, answering questions on mineral resources to industry geologists, researchers and regulatory professionals, and preparing outreach materials for Bureau of Geology use. Seeking external funding through a variety of venues to support research will be a component of this successful applicant's work. Interaction and collaboration with research and academic divisions at NM Tech, including the Earth and Environmental Science and Mineral Engineering departments is anticipated and should be tailored to the expertise and research interests of the applicant and align with the Bureau’s mission. This could include advising of graduate students,
serving on thesis committees, collaborative research, or teaching. Some outreach to local and regional geological societies is essential.
Applications will be reviewed as received, and the positions will remain open until filled. To apply for these positions, please fill out the application form available on https://www.nmt.edu/hr/employment.php and email it along with other documents as mentioned in the Position Announcement to nmtjobapps@npe.nmt.edu.
Rensselaer Polytechnic Institute, Darrin Freshwater Institute - Research Specialist or Senior Research Specialist
Rensselaer Polytechnic Institute Is seeking to hire a motivated full-time Research Specialist or Senior Research Specialist working on The Jefferson Project at Chautauqua Lake. The Jefferson Project was founded as a multi-disciplinary collaboration between RPI, IBM, and the Lake George Association. It expanded to Chautauqua Lake in 2020 with a partnership with the Chautauqua Institution. The Project emphasizes a sophisticated technological approach to studying freshwater and lakes, in particular. A central goal of the Project is to understand the impact of human activity on freshwater and how to mitigate those effects.
Please see the following resources: