Rose Perea, Phd

Rose Perea, Phd Email and Phone Number

Physicist at Pacific Northwest National Laboratory (PNNL) @ Pacific Northwest National Laboratory
richland, washington, united states
Rose Perea, Phd's Location
Richland, Washington, United States, United States
Rose Perea, Phd's Contact Details

Rose Perea, Phd personal email

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About Rose Perea, Phd

At Fisk I was involved with the Materials Science and Applications Group. I primarily worked with SrI2(Eu2+) and became interested in applications of detectors and instrumentation in general for astronomy. I was able to use this interest in two opportunities to intern at NASA Goddard Space Flight Center. At Vanderbilt I was co-advised by Dr.'s Keivan Stassun in Astronomy and Todd Peterson in the Vanderbilt University Institute of Imaging Sciences. With this cross training, I gained another dimension in my instrumentation experience, as this involves work with not just obtaining a spectrum from a gamma-ray detector, but also using positional information to form an image. I also learned how to work with a different type of detector; a high purity germanium double-sided strip detector, HPGe. As a NRC Research Post-doc fellow in residence at NRL. I learned about the back end of detector systems while characterizing various Li-loaded inorganic scintillators and plastic detectors, with both gamma-ray and neutron sources. I also conducted field background radiation measurements using HPGe detectors, a NaI(Th) detector, and a He detector in Washington D.C/Maryland Metro area and in Louisiana.My second post-doc and current position is at Pacific Northwest National Laboratory (PNNL) One of my goals is to become a detector guru, but I am always learning, growing, and am branching out to other applications!

Rose Perea, Phd's Current Company Details
Pacific Northwest National Laboratory

Pacific Northwest National Laboratory

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Physicist at Pacific Northwest National Laboratory (PNNL)
richland, washington, united states
Website:
pnnl.gov
Employees:
4387
Rose Perea, Phd Work Experience Details
  • Pacific Northwest National Laboratory
    Physicist
    Pacific Northwest National Laboratory Dec 2022 - Present
    United States
  • Pacific Northwest National Laboratory
    Postdoctoral Researcher
    Pacific Northwest National Laboratory Jun 2021 - Feb 2023
    Washington, United States
  • National Research Council/National Academies Of Science, Engineering, Mathematics, And Medicine
    Postdoctoral Researcher
    National Research Council/National Academies Of Science, Engineering, Mathematics, And Medicine Sep 2019 - May 2021
    Identified a novel use, fast neutron spectroscopy, in a new scintillator: lithium-doped NaI (NaIL). Modeled and performed initial lab tests to verify this use. Results have been submitted to the IEEE NSS/MIC 2021 conference.Assembled novel prototype detectors for a Department of Energy funded program that resulted in a publication, "Development of an Extruded Plastic Array for Narrow Scintillation Pulse Widths," Woolf, R. et al. 2021.Characterized various plastic scintillators for use in the NEutron Radiation Instrument (NERDI) that will be in orbit on the ISS in 2023 through the Space Test Program (STP).Measured and compared the behavior of a CsI scintillator paired with a PMT and SiPM in the temperature range of -20 to 40 degrees Celsius. Data from this study was used in the design consideration of Glowbug, which will also fly with NERDI on the ISS in 2023 via the STP program.Performed field measurements with HPGe detectors in DC, MD, LA, and MS for a DHS-supported program. Analyzed data from these measurements to meet program delivery milestones.
  • Vanderbilt University
    Phd Candidate
    Vanderbilt University Aug 2013 - Sep 2019
    Nashville, Tn
    Hovering between the line of astronomy and bio-imaging, I begain working primarily with gamma-ray detectors and wanted to apply this knowledge and experience to developing/working with detectors for astronomy instrumentation. My co-advisors where Dr. Stassun (astronomy department) and Dr. Peterson (Nuclear Imaging/Radiology). The experience I obtained in characterizing HPGe detectors used in bio-imaging was useful for my career in instrumentation, while at the same time helped me become more diverse with the applicability of my skills to the broader field of medical imaging.I have previously worked with strontium iodide doped with europium, studying non-proportionality as a function of temperature and energy. Currently, I am learning to work with a high purity germanium double-sided strip detector, used in our group for SPECT Imaging. This work with Dr. Peterson will allow me to learn about projections, position estimation calculations, image reconstruction, and behavior of strip detectors. Lastly, I will be able to quantify how this all effects the performance of the detector and quality of the image.
  • Nasa Goddard Space Flight Center
    Cresst Summer Intern
    Nasa Goddard Space Flight Center Jun 2013 - Aug 2013
    Greenbelt, Md
    Designed an experiment to compare the performance of two scintillator detectors, SrI2(Eu2+) and LaBr3(Ce3+) with a 6 MeV gamma-ray source. Obtained first (to our knowledge) measurement of nonproportionality of SrI2(Eu2+) at 6 MeV.
  • Fisk University
    Fisk-Vanderbilt Masters-To-Phd Bridge Student
    Fisk University Aug 2011 - Aug 2013
    Nashville, Tn
    •Experience in fabrication and characterization of CZT crystals. • Experience in Pockels measurements with CZT crystals.•Experience in gamma-ray detection and measurements using both CZT and SrI2(Eu2+) detectors.•Performed a measurement of the nonproportionality of SrI2(Eu2+) as a function of temperature and found that the nonproportionality increases as the temperature increases.•The temperature study also found that the source photopeak decreases in ADC channel while temperature is increased, indicating that less scintillation photons are being detected.
  • Nasa Goddard Space Flight Center
    Lunar And Planetary Science Summer Intern
    Nasa Goddard Space Flight Center Jun 2012 - Aug 2012
    Greenbelt, Md
    • Performed resolution studies on NaI(Tl), LaBr3(Ce3+), and SrI2(Eu2+) to seek the best parameter combination for the scintillators and the Lynx acquisition software using a Cs-137, 10μC gamma-ray source.• Conducted a gamma-ray detection measurement using SrI2(Eu2+) and LaBr3(Ce3+) with a 6 MeV source to determine the performance of the new detector, SrI2(Eu2+), compared to the known commercialized detector, LaBr3(Ce3+), at an energy regime not previously tested. This was performed outdoors at the experimental test site for the Probing In-situ Neutron and Gamma-ray (PING) instrument located near Goddard.• Gained experience in outreach, visiting two inner city schools in Baltimore Maryland for their summer programs to help with the curriculum and show the students that they too can work at NASA.• Gained experience on the geology field trip which included meteor crater and the Grand Canyon in Arizona for a week.
  • Configurable Space Microsystems Innovations & Applications Center (Cosmiac)
    Research Assistant
    Configurable Space Microsystems Innovations & Applications Center (Cosmiac) May 2010 - Aug 2010
    Albuquerque, Nm
    • Worked as one of three graduate mentors in a team of undergraduates with diverse disciplines to build a lightning spectrometer. The spectrometer was to be used to detect lightning in the ionosphere and help to understand how the electromagnetic radiation propagates. Goal was to acquire a stand-alone system working on the ground before downsizing the system to fit in a satellite.• Installed Network Time Protocol software to get accurate time stamps on a Macintosh in order to run a data manager from the United States Precision Lightning Network. This allowed us to stream real-time lighting strike data.• Formally trained on the Cube Flow design system. This system allows designers to create modules for Space Plug-and-Play Avionics.
  • New Mexico State University
    Graduate Research Assistant
    New Mexico State University Aug 2007 - Aug 2010
    Las Cruces, New Mexico Area
    • Used first principles calculations using the VASP code (Vienna Ab-initio Simulation Package) to investigate the behavior of Earth minerals at high pressures.• Performed electronic structure, ground state energy calculations of the mineral, iron-bearing wadsleyite.
  • New Mexico State University
    Research Assistant
    New Mexico State University Aug 2009 - May 2010
    Las Cruces, New Mexico Area
    • Investigated time series data of variable stars from Kepler mission. • Performed Fourier analysis with Period04 software. • Limited work with BRUCE code in modeling stars. Goal was to obtain synthetic spectra created by BRUCE thatwould be comparable to the Kepler data.

Rose Perea, Phd Skills

Materials Science Spectroscopy Physics Research Radiation Detectors Characterization Science Microsoft Office Pockels Imaging Of Czt C And Matlab Programming Radiation And Cryogenic Hazards Training At Goddard Igor Pro Mathematical Modeling Vienna Ab Initio Software Package Cubeflow Monte Carlo N Particle Code Period04 Software

Rose Perea, Phd Education Details

Frequently Asked Questions about Rose Perea, Phd

What company does Rose Perea, Phd work for?

Rose Perea, Phd works for Pacific Northwest National Laboratory

What is Rose Perea, Phd's role at the current company?

Rose Perea, Phd's current role is Physicist at Pacific Northwest National Laboratory (PNNL).

What is Rose Perea, Phd's email address?

Rose Perea, Phd's email address is ro****@****ilt.edu

What schools did Rose Perea, Phd attend?

Rose Perea, Phd attended Vanderbilt University, Fisk University, New Mexico State University.

What skills is Rose Perea, Phd known for?

Rose Perea, Phd has skills like Materials Science, Spectroscopy, Physics, Research, Radiation Detectors, Characterization, Science, Microsoft Office, Pockels Imaging Of Czt, C And Matlab Programming, Radiation And Cryogenic Hazards Training At Goddard, Igor Pro.

Who are Rose Perea, Phd's colleagues?

Rose Perea, Phd's colleagues are Catherine Hodgson, Scott Morris, Robert Rallo, Zihao Li, John Deibler, Kelvin Tan, Dylan Wray.

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