Chandra Breanne Curry, Phd Email and Phone Number
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Chandra Breanne Curry, Phd personal email
I am a dedicated physicist and project scientist with several years of groundbreaking work in physics, strategic leadership roles within the US government, and notable accomplishments in scientific research. Focusing on high-energy-density physics and laser-plasma interactions, I completed my Ph.D. at the University of Alberta, achieving recognition through prestigious awards and scholarships. These include the NSERC Postgraduate Doctoral Scholarship and the University of Alberta President’s Doctoral Prize of Distinction.Currently, I serve as the LaserNetUS Coordinator in the U.S. Department of Energy (DOE) Office of Science, Fusion Energy Sciences (FES), where I oversee the integration and strategic development of a network comprising 12of North America’s premier high-power laser facilities. Here, I manage a collaborative research program aimed at advancing high-power laser research. My responsibilities involve strategic program oversight, promoting user engagement, and enhancing the program’s objectives through effective communication and collaboration with the Department of Energy. At SLAC National Accelerator Laboratory, I put my knowledge of ultra-intense laser-plasma interactions to work on the Matter in Extreme Conditions Upgrade Project. Collaborating with multidisciplinary teams, we design the future of laser facilities, marking a significant leap in laser-matter interaction studies.I am an active participant in various scientific communities, contributing as a mentor in the DOE's Science Undergraduate Laboratory Internships program and engaging in peer-review activities for reputable scientific journals, with over 32 publications and significant citations. My leadership extends into organizing key scientific workshops and conferences, promoting collaboration and knowledge sharing among researchers. As a member of several professional organizations, including the APS-DPP and IEEE, I facilitate the integration of cutting-edge science into public policy and the private sector. Beyond the lab, I am an advocate for diversity in STEM, mentoring the next generation of scientists to ensure that our research community reflects the world it serves. This commitment isn't just professional; it's personal, driven by my experiences of working in the field as a woman in tech. In both public service and the private sector, I'm eager to use my specialized knowledge to help shape a future that sees science and technology as essential for sustainable development and improving societal well-being.
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CoordinatorLasernetusCalifornia, United States
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Lasernetus CoordinatorLasernetus 2021 - PresentAs the LaserNetUS Coordinator within the U.S. Department of Energy's Office of Science, Fusion Energy Sciences, I oversee a consortium of 12 high-power laser facilities across North America.Since 2021, I've led efforts to advance high-power laser research and applications nationwide, ensuring seamless program operations and management.Here’s an overview of my key responsibilities and accomplishments:• Strategic Coordination and Program Management: Directing a broad spectrum of initiatives, events, and subcommittees within the LaserNetUS network to optimize program effectiveness and efficiency.• Stakeholder Engagement and Liaison: Serving as the primary point of contact for users, facilitating support, addressing concerns, and driving outreach campaigns to enhance community engagement.• Information Dissemination: Ensuring scientists stay abreast of the latest developments through the LaserNetUS website and other official communication channels.• Collaborative Partnership with DOE: Collaborating closely with the U.S. Department of Energy to evaluate and prioritize facility enhancement requests, aligning initiatives with program objectives.
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Project Scientist, Matter In Extreme Conditions Upgrade ProjectSlac National Accelerator Laboratory 2022 - 2023Menlo Park, California, UsSLAC National Accelerator Laboratory, located in Menlo Park, CA, USA, is where I serve as a Project Scientist for the Matter in Extreme Conditions Upgrade (MEC-U) Project since 2022.Here's a snapshot of my key contributions: • Project Leadership and Collaboration: Advising on the design and construction efforts for the MEC-U project, which received preliminary approval by the U.S. Department of Energy (DOE) Office of Science in 2021. This project aims to create an advanced high-power laser facility surpassing the capabilities of the existing MEC instrument at the Linac Coherent Light Source, positioning it as a unique facility worldwide. • Technical Expertise: Specializing in high-repetition rate ultra-intense laser matter interaction experiments and the integration of cryogenic liquid jet targetry, providing crucial insights and guidance essential for the project's success. • Cross-Disciplinary Collaboration: Working closely with diverse teams of scientists and engineers to conceptualize and design the state-of-the-art facility. -
Experimental Physicist, High Energy Density Sciences DivisionSlac National Accelerator Laboratory 2015 - 2021Menlo Park, California, UsI worked at SLAC National Accelerator Laboratory in Menlo Park, CA, USA, as an experimental physicist in the High Energy Density Science Division from 2015 to 2021.I held various positions there, ranging from Visiting Scientist to Principal Investigator. My roles involved leading significant research projects and fostering collaboration between academia, industry, and national laboratories.Key highlights of my contributions include: • Strategic Research Initiatives: Investigating the mechanisms of laser-driven ion acceleration and magnetic field generation in high-intensity laser plasma interactions. • Innovative Experimental Development: Spearheading the development of advanced high-repetition rate targetry tailored for high energy density science experiments. • Extensive Collaborative Engagements: Managing and participating in over 30 experiments at various research facilities worldwide, including the Matter in Extreme Conditions (MEC) instrument at the Linac Coherent Light Source (LCLS) and the Titan laser at Lawrence Livermore National Laboratory (LLNL), among others. • Enhanced Infrastructure and Design: Expanding in-house solid target fabrication capabilities and designing novel target frames to facilitate high-intensity laser plasma experiments.
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Visiting Researcher, Center For High Energy Density ScienceThe University Of Texas At Austin 2016 - 2019Austin, Tx, UsAs a Visiting Researcher, I conducted groundbreaking research focusing on hybrid laser-driven proton acceleration mechanisms utilizing planar cryogenic liquid jets.My investigations centered on optimizing proton beam energy and flux, ensuring stability, and enhancing reproducibility. Additionally, I led the development of high-flux, quasi-directional laser-generated neutron sources.Key accomplishments included:• Pioneering Laser-Driven Ion Acceleration: Investigated the potential of planar cryogenic hydrogen and deuterium jets for ion acceleration.• Experimental Platform Development: Engineered a cutting-edge experimental platform capable of producing high-flux, fast neutron sources.• Award Facilitation: Facilitated the University Subcontract Award between SLAC and UT Austin for the procurement of liquid helium. -
Undergraduate Summer Research Assistant, Department Of Electrical & Computer EngineeringUniversity Of Alberta 2013 - 2014Edmonton, Ab, CaWhile in this role, I was trained on research initiatives led by Prof. Robert Fedosejevs at the University of Alberta, where I conducted studies in the field of high-energy density laboratory plasma experiments, utilizing the Titan laser at Lawrence Livermore National Laboratory (LLNL).Key highlights:• Strategic Research Endeavors: Contributed on comprehensive investigations into high-energy density laboratory plasma experiments, focusing on the Titan laser at LLNL, contributing to advancements in the field.• Cutting-Edge Instrumentation Development: Led the development of advanced streaked optical and near-infrared spectrometers aimed at diagnosing back-scattered laser light from shock ignition inertial confinement fusion plasma conditions, a pivotal step in enhancing diagnostic capabilities.• Innovative Experimental Techniques: Utilized interferometry and proton radiography to explore early-time plasma expansion (pre-plasma) during high-intensity laser-plasma interactions, in collaboration with the University of California, San Diego. -
Undergraduate Honours Thesis, Department Of PhysicsMcgill University 2013 - 2014Montreal, Qc, CaHere, I started working on using cavity ringdown spectroscopy for quantum optomechanics experiments, focusing on development, automation, and analysis.
Chandra Breanne Curry, Phd Skills
Chandra Breanne Curry, Phd Education Details
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University Of AlbertaElectrical & Computer Engineering -
Mcgill UniversityHonours Physics
Frequently Asked Questions about Chandra Breanne Curry, Phd
What company does Chandra Breanne Curry, Phd work for?
Chandra Breanne Curry, Phd works for Lasernetus
What is Chandra Breanne Curry, Phd's role at the current company?
Chandra Breanne Curry, Phd's current role is Coordinator.
What is Chandra Breanne Curry, Phd's email address?
Chandra Breanne Curry, Phd's email address is ch****@****ord.edu
What schools did Chandra Breanne Curry, Phd attend?
Chandra Breanne Curry, Phd attended University Of Alberta, Mcgill University.
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Chandra Breanne Curry, Phd has interest in Science And Technology, Education, Children.
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Chandra Breanne Curry, Phd has skills like Matlab, Physics, Research, Data Analysis, Statistics, Latex, Private Pilot, Glider Pilot, Tutoring, Mathematical Modeling, Experimentation, Teaching.
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