ORAU · 3 weeks ago
Planetary Analog Samples Study for Instrument Development by Laser Mass Spectrometry
ORAU is part of the NASA Postdoctoral Program, which offers unique research opportunities for scientists to engage in NASA research projects. The role involves analyzing planetary analog samples using laser mass spectrometry methods to support instrument development for space missions.
Universities
Responsibilities
Proposals are invited to focus on planetary analog samples analysis by using various laser mass spectrometry methods, in support of instrument development in Planetary Environments Laboratory for current or future space missions to Mars, Ocean Worlds, and other airless bodies
Studies should take advantage of existing mass spectrometry and related laboratory facilities (e.g., commercial and prototype ion trap and TOF mass spectrometers, facility GC-MS and LC-MS, cryo-sample testing stage, and fs-laser system) for the instrument protocol development and sample analysis
The targeted analog samples could be from a wide range (various minerals, complex organic biosignatures, organics spiked minerals, natural collected terrestrial analogs, and beyond), and the research goal should match the science objectives of NASA’s current and future missions, such as method development analyzing planetary surface samples
Qualification
Required
Ph.D. in science
Strong background in analytical or physical chemistry
Experience in instrument development and operation
Experience with pulsed lasers
Experience with high vacuum systems
Experience with mass spectrometry
Experience with laboratory instrument controls and programming
Hands-on chemical handling and sample preparation
Basic knowledge of geochemistry and terrestrial analog environments
Company
ORAU
ORAU provides innovative scientific and technical solutions to advance research and education, protect public health and the environment and strengthen national security.
Funding
Current Stage
Late StageRecent News
The Motley Fool
2025-12-05
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