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Livermore, California, We have an opening for a materials scientist/engineer . You will perform a range of moderate to complex research in the area of metallography, sample preparation, microscopy, materials engineering, physical metallurgy, and materials characterization for several projects at LLNL. Some of this work will be performed on radioactive materials in an inert-atmosphere glovebox. This position is in the Materials Characterization Group in the Materials Science Division. This position will be filled at either the SES.2 or SES.3 level depending on your qualifications. Additional job responsibilities (outlined below) will be assigned if you are selected at the higher level. In this role you will Conduct moderately complex to complex work in materials characterization, including sample preparation, optical microscopy, and scanning and transmission electron microscopy, for a variety of principal investigators and projects at LLNL. Contribute to the development and operation of metallography, sample preparation, materials synthesis and processing capabilities (including performing measurements), maintaining instruments, writing safety documentation, and upgrading equipment. Coordinate and contribute to the fabrication and metrology of macro to micro-scale precision engineered components for advanced experimentation. Independently develop moderately complex to complex methods for preparing and analyzing one-of-a-kind samples/components; including hazardous materials such as beryllium, and radioactive materials. Prepare written analyses, verbal briefings, and other products that capture and communicate research results. Present research findings to sponsors and customers. Contribute to and actively participate in the development of tools and techniques to achieve a high throughput of samples in the materials characterization laboratories. Learn and maintain a high level of administrative and on-the-job training for working in hazardous environments and with hazardous materials. Perform other duties as assigned. Additional job responsibilities at the SES.3 level Conduct advanced development of sample preparation and precision engineering fabrication of complex sample/components . Serve as the primary technical contact on specific projects for LLNL customers Provide advanced technical solutions to complex problems which may not be well defined, lead projects under minimal direction, and independently resolve technical objectives. Ability to secure and maintain a U.S. DOE Q-level security clearance, which requires U.S. Citizenship. BS/BA in materials science, materials engineering, engineering technology, engineering science, mechanical engineering, chemical engineering, chemistry, or physics or the equivalent combination of education and related experience. Broad understanding of basic materials science/and or materials engineering and sample preparation concepts and skills, including sample polishing techniques, optical microscopy, scanning electron microscopies Experience with working with hazardous materials. Experience with precision engineering materials fabrication and metrology. Experience in operating an SEM or a microprobe, and using other materials preparation and characterization tools, such as x-ray diffraction, transmission electron microcopy, hardness testing, electropolishing, ion milling, vacuum coating, white-light interferometry, and density measurements. Experience with Microsoft Office software, including Word, Excel, and PowerPoint. Experience operating computers to collect, analyze, and document scientific results. Ability to work independently, as well as a member of a team. Proficient verbal and written communication skills necessary to interact with a diverse set of scientists, engineers, and other technical and administrative staff within a collaborative research and development environment at LLNL. Additional qualifications at the SES.3 level PhD in materials science, materials engineering, engineering technology, engineering science, mechanical engineering, chemical engineering, chemistry, or physics or the equivalent combination of education and related experience. Significant experience in advanced electron microscopy techniques and materials characterization including advanced theoretical knowledge of techniques and limitations of the tools. Advanced knowledge in advanced materials science concepts, including phase transformations, dislocations, alloying, crystal structure, and grain boundaries. Qualifications we desire Experience working with gloveboxes. Experience with radioactive materials. Experience with instrument troubleshooting and maintenance, and the design and fabrication of simple fixtures.

Livermore, California, We have an opening for a Metallurgical Scientist to independently drive the development and integration of metallurgical processing technologies for depleted uranium manufacturing. This effort involves close collaboration with other DOE laboratories and carries a domestic travel requirement of 25% time. The scientist will collaborate with a broad array of LLNL personnel, including materials scientists on qualification, engineers on equipment design and process monitoring, and technologists. This position is in the Metallurgy and Advanced Microscopy Group within the Materials Science Division. In this role you will Perform fundamental research related to depleted uranium manufacturing, including high-temperature testing, powder characterization and powder metallurgy, and advanced manufacturing. Collaborate with LLNL and LANL scientists on depleted uranium alloy manufacturing, including casting, wrought processing, and alloying via VIM, VAR, and cold hearth melting techniques. Lead, contribute to, and actively participate in the conception, design, and execution of research to address defined problems. Develop and optimize processes using monitoring techniques and product inspection/qualification. Work both independently and collaborate with others in a multidisciplinary team environment to accomplish program goals. Prepare written analyses, verbal briefings, and other products that capture and communicate research results. Present research findings to sponsors and consumers. Maintain and establish laboratory safety and security protocols. Perform additional duties as assigned. Ph.D. in Materials Science, Metallurgy, Welding, Chemistry, or other closely related discipline involving materials processing, or the equivalent combination of education and related experience. Significant experience in metallurgical processing, with an emphasis on welding and casting. Significant experience with a broad spectrum of metallurgical characterization and qualification testing. Advanced knowledge and experience with project management. Ability to self-direct and to direct others. Ability to work in a collaborative team research environment and to support fellow engineers, scientists, and technologists. Advanced verbal and written communication skills necessary to deliver presentations and prepare written reports, explain technical information, and provide advice to management, program managers, and funding organizations. Advanced interpersonal skills necessary to interact with a diverse set of scientists, engineers, and other technical and administrative staff within a collaborative research environment, both internal and external. Qualifications We Desire Broad familiarity and experience with metallurgical processing techniques. Knowledge and understanding of metal and alloy solidification. Experience with a broad spectrum of materials characterization concepts and techniques.

Tracy, California, We have several openings for Experiment Diagnostic Leads in the Weapons and Complex Integration (WCI), Weapon Physics and Design (WPD) Program. As an Experiment Diagnostic Lead, you will assist the Explosives Experiment Fielding Leads and Explosive Research Experiment Leads (Ramrods) in the development, deployment, operation and maintenance of diagnostic equipment associated with the execution of explosively-driven experiments. A Diagnostic Lead will be responsible for a specific category of diagnostic, peripheral equipment associated with that particular category, as well as development of processes and procedures for the safe and effective fielding and interfacing of said diagnostic category. The specific categories include: fielding infrastructure, high-speed imagery, optical fiber-based diagnostics (mPDV/BLR/FBG), radiography, high speed electronic sensors (switches, blast/pressure gauges, etc.) The experiments are primarily conducted within LLNL's S300 Firing areas, but also occur at off-site facilities such as Los Alamos National Laboratory, the Nevada National Security Site, and others. The selected candidate(s) will be responsible for interacting with a team of engineers, technicians, and experimentalists. In addition, this position will provide oversight of a team of operators to safely and securely execute explosives experiments in support of WPD, Global Security, and other programs. The selected candidate(s) will have extensive collaboration with the Explosive Experiment Fielding Supervisor, Explosive Experiment Fielding Leads, Explosive Research Experiment Leads (Ramrods), Facilities Managers, and a variety of institutional support service personnel as well as appropriate interactions with like subject matter experts throughout the explosively-driven experiment community within LLNL, DoD and the Nuclear Weapons Complex. This position is in the Weapons and Complex Integration, Weapon Physics and Design (WPD) Program and reports to the Explosive Experiment Fielding Supervisor. In this role you will Collaborate with a team in the day-to-day activities of developing, operating and maintaining world class diagnostic equipment supporting explosive experimentation programmatic operations, ensuring safe, secure, effective, and efficient operations. Manage resources by appropriately allocating and assigning technical and support personnel to ensure the safe and efficient execution of programmatic activities. Provide solutions for the expansion and evolution of diagnostic capabilities to keep pace with technological advances and programmatic requirements. Develop and implement training and individual development programs for diagnostic personnel assigned to fielding operations. Develop and implement plans to promote culture, diversity, equity and inclusion. Notify and report to the Explosive Experiment Fielding Supervisor, Facility Manager, and other laboratory managers events that have environmental, safety, health, security or quality significance, and assist in investigation and corrective actions for such events. Develop and implement plans to promote culture, diversity, equity and inclusion. Perform other duties as assigned. Additional job responsibilities, at the TSS.3 level: Manage and maintain the test schedule by balancing diagnostic personnel and resources in support of programmatic work for the Explosive Experiment Fielding Leads. Conduct development, review, and verification of conduct of operations and work planning and control procedures, processes, and documentation for diagnostic support of fielding explosives experiments. Provide oversight to successfully field heavily instrumented explosive experiments at the S300 Bunkers and other locations. Serve as a technical and/or operational lead and peer reviewer for proposed experiments diagnostic needs and goals. Identify, develop, and manage projects to improve fielding capabilities, coordinating with Facility Manager(s) and Weapons Infrastructure as needed. This position requires an active Department of Energy (DOE) Q-level clearance or active Top-Secret clearance issued by another U.S. government agency at the time of hire. Bachelor's degree in a technical field, or an equivalent combination of education and previous relevant experience. Broad expertise in one or more diagnostic typically utilized in explosively-driven experiment fielding. Areas include experiment infrastructure, high speed imagery, optical fiber-based diagnostics (MPDV/BLR/FBG), radiography, and high-speed electronic sensors (switches, blast/pressure gauges, etc.) Broad experience with the operation and maintenance of experiment infrastructure and/or high-speed diagnostic equipment, such as oscilloscopes, trigger/delay generators, lasers, digital high-speed video and/or framing cameras, timing and firing systems, or time resolved electrical switch sensors, or radiographic sources and detectors. Experience working in an explosive or equivalent high-hazard operational area and ability to work safely around High Explosives. Communication and team-building skills to collaborate within multi-disciplinary teams. Comprehensive knowledge of processes and procedures for handling and storage of classified information (data) and materials. Ability to approach and resolve difficult issues using mature judgement, creative problem-solving skills, and inclusive decision-making techniques. Experience contributing to implementation of plans that promote and value diversity, equity and inclusion principles in the workplace Demonstrated experience implementing plans that promote and value diversity, equity and inclusion principles in the workplace. Ability to implement corrective actions and process improvements. Knowledge of identifying and analyzing risks to develop and implement effective controls for unique experimental activities. Additional qualifications, at the TSS.3 level: Leadership, communication, and team-building skills to lead collaborative, multi-disciplinary teams and represent diagnostic capabilities and needs to internal and external stakeholders and customers. Advanced experience leading and managing operations in an explosive or equivalent high-hazard operational environment. Experience handling multiple technically intensive projects of varying priority with excellent attention to detail and within the constraints of program, safety, and security requirements. Experience in identifying and analyzing risks and developing and implementing effective controls and solutions for unique experimental activities. Ability to analyze sub-standard or failed operation of diagnostic equipment rapidly to bring equipment back to full capacity and prevent reoccurrence of issues in future experiments. Qualifications We Desire: Demonstrated knowledge of the Weapon Physics and Design Program's experimental operations at sites across the NNSA complex. Basic understanding of project management, including creating budgets, schedules, and resource plans in an R&D environment. Demonstrated knowledge of LLNL policies, procedures and ES&H requirements, DOE regulations, national codes and standards, administrative relationships, or demonstrated ability to work in an equivalent highly regulated environment.

Livermore, California, We have an opening for a Staff Researcher to lead new efforts to develop x-ray diagnostics, as well as to analyze data from past and future experiments. The project team is actively executing experiments at pulsed power facilities within the NNSA complex and is driving new requirements for these and future facilities. Current diagnostic developments include streaked x-ray imaging and spectroscopy, as well as time-resolved measurements of electron temperature. The project is in an exciting growth phase, with many opportunities for career development in the national security domain. You will have the opportunity to work on the development efforts above, or on analysis of experimental data based on expertise and interest. This position is in the X-ray Sciences Group in the Applied Physics Section of the Physics Division In this role you will Design, develop, test and implement improvements for existing and planned x-ray diagnostics and implement techniques and sources for calibration measurements. Research, design, and execute x-ray-based experiments at the Z-machine. Design, field, and coordinate the development of x-ray diagnostics. Collaborate with scientists in a multidisciplinary team environment to accomplish research goals. Author and present technical and scientific reports, presentations, and publications for internal and external audiences including the DOE community and at conferences. Coordinate with engineers, technicians, and people from different groups to plan and execute experimental campaigns. Pursue independent, but complementary, research interests and interact with a broad spectrum of scientists, internally and externally to the laboratory. Perform other duties as assigned. Ability to obtain and maintain a U.S. DOE Q-level security clearance which requires U.S. Citizenship. PhD in Plasma Physics, Hydrodynamics, Shock Physics, Spectroscopy, Condensed Matter, or a related field, or the equivalent combination of education and related experience. Advanced experience in experimental physics in laser-plasma interactions, hydrodynamics, radiation driven hydrodynamics, radiation transport, condensed matter, high energy density physics, x-ray instrumentation, applied physics, plasma diagnostics, x-ray spectroscopy or similar area. Advanced knowledge in one or more of the following areas: Spatially and temporally resolved x-ray imaging, fast x-ray timing, electron temperature diagnostic techniques, both time-integrated and time-resolved, and x-ray spectroscopy. Significant analytical and experimental skills. Advanced verbal and written communication skills to collaborate effectively in a team environment and present and explain technical information. Advanced initiative, interpersonal skills, and ability to work in a collaborative, multidisciplinary team environment. Ability to perform independent research. Qualifications We Desire Experience developing, calibrating, and fielding x-ray diagnostics and associated analysis techniques. Experience with electron optics and/or pulsed electronics Experience with Monte Carlo simulation techniques.

Livermore, California, NOTE: This is a two-year Postdoctoral appointment with the possibility of extension to a maximum of three years. We have an opening for a Postdoctoral Researcher to conduct research in the areas of computational systems biology. Your research will focus on the development of detailed system-level models of metabolism in microbial isolates and communities for examination of cross-cutting principles that regulate formation and maintenance of phototroph-microbial interactions and their system-level resource allocation consequences. This research will involve development of multiple types of models including genome-scale steady state models. The purpose of this appointment is to promote cutting-edge science and requires day-to-day interactions with experimental biologists. This position is in the Biochemical and Biophysical Systems group in the Biosciences and Biotechnology Division. In this role you will Conduct research in computational microbiology in the areas of microbial ecology and bioenergy research. Develop genome-scale models of metabolism in bacteria and algae Examine interactions between microbes and the surrounding medium using methods such as dynamic flux balance analysis (FBA). Analyze system-levels of biochemical/biophysical processes Contribute to the conception, design and execution of experiments and in silico analyses to address defined problems. Communicate with experimental biologists for systems biology studies. Work in a collaborative multidisciplinary team environment to accomplish goals. Publish research results in peer-reviewed scientific or technical journals and present results at external conferences, seminars and/or technical meetings. Perform other duties as assigned. PhD in microbiology, bioengineering, computer science, chemistry/biochemistry, physics or related field. Knowledge of the concepts of microbial physiology (particularly metabolism), systems biology and dynamics of multi-cellular communities. Experience in mathematical modeling of networks. Proficient verbal and written communication and interpersonal skills to collaborate effectively in a multidisciplinary team environment and present and explain technical information. Desire and ability to work in a collaborative, multidisciplinary team environment. Qualifications we desire Experience using tools of linear programming and operations research. Experience in bioinformatics and computational analyses. Experience developing and using spatially multiscale dynamic reaction and transport models and familiarity with system-level modeling methods like FBA and tools like COBRA.

Livermore, California, We have an opening for an Explosives Research Experiment Lead . You will lead experimental activities, under general direction, involving the use of high explosives and other energetic materials, supporting the stewardship of the U.S. nuclear stockpile, conventional weapons design, counterterrorism efforts, and commercial partnerships. This position is in the Weapons and Complex Integration (WCI) Directorate. This position will be filled at either the SES.2 or SES.3 level depending on your skills. The position can be located in either Livermore, CA or Las Vegas, NV. Additional job responsibilities (outlined below) will be assigned if you are selected at the higher level. In this role you will Plan, execute, analyze and interpret explosively driven hydrodynamic experiments in collaboration with diagnostics operators, other scientists and high-level technical personnel, under limited direction. Contribute original scientific/engineering solutions to the design of hydrodynamic experiments, applying knowledge and skills. Develop experimental requirements and oversee the implementation of the various components of the experiment. Perform, arm and fire experiments using highly explosive material. Monitor the assembly of the experimental hardware, as a representative of the design physicist, to ensure that the moderately complex to complex assemblies meet specification. Set-up (or direct the team responsible for the setup), align, and perform quality assurance checks on all dry-run data to ensure that the moderately complex to complex experiment is ready to be fired and that the expected data returned will be of the highest quality possible within funding targets. Analyze and interpret moderately complex to complex experimental data, to document and report results, identify problems, plan projects to solve problems, and communicate lessons learned. Present and disseminate research results to sponsors to document experiment and results, in open and classified environments, and monitor moderately complex to complex experiment costs and schedule performance. Perform other duties as assigned. Additional duties at the SES.3 Level Independently develop and/or provide in-depth technical expertise with the multi-physics and other advanced computational tools to help model the expected performance of diagnostics where complex problems may not be well defined. Manage and oversee multiple parallel complex experiments at different stages of development including the arming and firing of these experiments. Identify, advocate and facilitate the addition of advanced diagnostics and data analysis techniques for explosively driven hydrodynamic experiments. Work with diagnostic designers to develop and integrate new capabilities. Lead projects requiring careful planning and execution in concert with effective teamwork. Ability to obtain and maintain a U.S. DOE Q-level security clearance which requires U.S. citizenship Master's Degree in physics, engineering, a related field, or equivalent combination of education and related experience. Experience performing hands-on experimental science, working around explosives and/or other energetic materials and using computer aided design tools and standard office computer tools. Experience managing a project timeline including other personnel in a team environment. Experience managing medium-size technical projects. Demonstrated self-motivation and initiative in addressing challenging problems, and innovative skills to identify/develop creative solutions. Comprehensive understanding of a specific area of science applicable to hydrodynamic testing and familiarity with positions requiring formal conduct of operations. Experience working effectively independently and in a multi-disciplinary, team-research environment to achieve multi-year goals. Interpersonal skills and emotional intelligence necessary to work effectively with a wide range of personalities. Proficient written and verbal communication skills necessary to explain, negotiate and advise on experimental design. Proficient interpersonal skills to communicate and work in both one-on-one and team environments. Additional qualifications at the SES.3 Level Advanced knowledge of physics, engineering, mathematics, mechanical, aerospace or nuclear engineering or a related field. Significant experience and demonstrated ability to lead and mentor a multidisciplinary team. Demonstrated record of completing and/or leading top-quality research in relevant areas of physics and engineering. Qualifications We Desire Experience diagnosing very fast transient phenomena, modeling transmission and effects of ionizing radiation. Experience with radiography, high speed photography, Photonic Doppler Velocimetry, radiometry, pulsed power (flash lamps, fire sets), system generated EMP, grounding and shielding. Experience with programming in a mainstream language (C Java, Python), use of analysis tools such as MATLAB and knowledge of the WCI weapons program, explosive hydrodynamic experimentation, and the optics, electro-optics, and radiographic technologies used at LLNL Site 300.

Livermore, California, We have an opening for a Nuclear Diagnostician to support Global Security's Nuclear Emergency Support Team (NEST) and Nuclear Counter Terrorism and Counter Proliferation (NCTCP) Programs. You will work as part of a dynamic and diverse team to provide computational and modeling support to the NEST research efforts and operations. You will be required to work at LLNL in Livermore, and travel to offsite locations and facilities. This position will report programmatically to the NEST Nuclear Diagnostics Lead and administratively to the Nondestructive Evaluation Group (NDE) within the Materials Engineering Division (MED). This position will be filled at either level based on knowledge and related experience as assessed by the hiring team. Additional job responsibilities (outlined below) will be assigned if hired at the higher level. In this role you will Model radiation and imaging detector responses of highly complex nuclear systems and communicate results to experts and non-experts in this field. Perform complex laboratory experiments and interpret results to build and validate detector models and response functions. Lead measurement and training campaigns employing significant quantities of nuclear material in subcritical experiments and benchmarks or sealed sources in training assemblies. Present and disseminate research results at scientific conferences and in peer-reviewed publications, in both open and classified environments, internal and external to LLNL. Positively represent the Program and Laboratory demonstrating advanced verbal and written skills. Responsibilities may also include interacting with external stakeholders, both at NNSA and across the broader interagency, via offsite assignments. Train non-expert emergency response personnel on diagnostic tools within the context of their operational procedures. Independently manage concurrent technical projects/tasks with competing priorities in a multi-disciplinary team environment, where commitments and deadlines are important to project success. Travel domestically and internationally up to 25% time, for support and customer interaction. Perform other duties as assigned. Additional job responsibilities, at the SES.4 level Provide subject matter expertise and analysis on highly complex nuclear systems and collaborate with scientist, engineers, and technicians to provide diagnostic support to various programmatic tasks. Represent the organization as the primary technical contact on multiple diagnostic related tasks and large projects, working effectively with conflicting priorities and participate in programmatic sustainment and growth by identifying and addressing complex sponsor needs and prioritizing collaborations with LLNL staff and across the community. Create innovative diagnostic tools and evaluate competing characteristics to determine solutions that most effectively meet objectives; provide subject matter expertise to customers and stakeholders in highly complex problem areas. Ph.D. in nuclear engineering or a relevant scientific discipline (nuclear physics, particle physics, radiochemistry), or equivalent combination of education and prior relevant experience. Significant experience in experimental design, techniques, and execution, including analytical techniques in nuclear diagnostics. Significant experience with advanced computer-based design and analysis of experiments with advanced knowledge of C, C++, Python, or related languages and modeling in particle transport codes such as MCNP or GEANT. Experience in simultaneously meeting deliverables for multiple projects on schedule. Experience developing and implementing creative solutions to a diverse range of highly complex problems that may be frequently not well defined and leading corrective actions where necessary. Advanced communication skills with proven ability to present complex concepts and ideas in a clear and coherent manner, both verbal and written, for presentation and interaction with non-expert customers from a variety of backgrounds (DOD, DOJ, Foreign, State, and Local). Ability to reprioritize and change programmatic direction depending on emergent requests and in collaboration with a variety multidisciplinary teams and external organizations. Additional qualifications at the SES.4 level Substantial knowledge and hands-on experience in non-destructive assay techniques with ability to assess complex interactions in nuclear systems and a demonstrated subject matter expert, knowledgeable of highly advanced concepts to include experience and ability to lead independent work conducting applied physics research. Significant experience successfully managing and leading multidisciplinary project teams with expert verbal and written communication and interpersonal skills necessary to effectively collaborate with internal and external teams, and advise and influence senior management and external sponsors with proven success delivering expert level, high-quality, impactful technical products. Ability to develop highly advanced programs and expand capabilities within the NEST and NCTCP programs to enable substantial and programmatically relevant advances. Qualifications We Desire Prior experience working in an emergency response environment at the state or local level, or within Federal agencies such as: DoD, DoJ or DHS. Strong understanding of non-destructive analysis techniques, nuclear spectroscopy, Feynman variance-to-mean analysis, and other analytical methods and techniques. Extensive experience at the expert level in the development of principles, theories, concepts, and techniques relevant to applied nuclear physics research.

Livermore, California, We have an opening for a Materials Scientist to join the Ion Implantation team at the Center for Accelerator Mass Spectrometry ( https://cams.llnl.gov ). You will play a leading role at the intersection of high-energy ion irradiation and materials science in support of LLNL's challenging national security missions. This position is in the Atmospheric, Earth, and Energy Division and involves close collaboration with researchers in the Materials Science Division of the Physical and Life Science Directorate. In this role you will: Utilize high-voltage particle accelerators to conduct complex, ion-implantation experiments to emulate radiation damage effects in key materials related to nuclear weapons, fusion energy, and radiation detectors. Conduct advanced research into the underlying mechanisms manifesting defect formation in novel materials (e.g., additively manufactured materials, chemically-complex metals and ceramics, etc.). Design and implement novel methods, such as simultaneous multi-beam irradiation, for performing ion implantation coupled with in-situ characterization techniques. Pursue independent (but complementary) research interests and interact with a broad spectrum of scientists internally and externally. Collaborate with others in a multidisciplinary team environment to accomplish research goals. Document research, publish papers in peer-reviewed journals, and present results within the DOE community and at conferences. Perform other duties as assigned. Ability to secure and maintain a U.S. DOE Q-level security clearance which requires U.S. Citizenship. Ph.D. in nuclear engineering, materials science, or a related field, or the equivalent combination of education and related experience. Significant experience operating and maintaining high-voltage accelerators and related instrumentation (e.g., ion sources). Significant experience writing proposals and executing projects as a Principal Investigator. Ability to perform independent research, find innovative solutions, and produce significant accomplishments toward complex scientific and technical problems. Significant experience working in a research team with individuals from diverse technical backgrounds. Proficient verbal and written communication skills necessary to work in a multidisciplinary team environment, author technical and scientific reports and publications and deliver scientific presentations. Documented publication record in peer-reviewed literature and /or experience presenting research results to a large audience. Qualifications we desire Experience with materials characterization techniques particularly those that can be performed in-situ during ion beam irradiation. Familiarity with computer models related to ion beams (e.g., charged particle optics, ion energy loss and range, etc.).

Livermore, California, Are you an energy systems expert? Are you passionate about technologies and systems for a sustainable and secure energy future? We have an opening for an Energy Systems Scientist to support and lead projects in our diverse energy portfolio spanning climate resilient infrastructure, carbon drawdown, and distributed energy grids. In this role, you will contribute to Livermore's Carbon Initiative, with the ambitious goal of rolling back the causes of climate change. You will participate in Livermore's Energy Programs, including Energy and Resource Security and Cyber and Infrastructure Resilience to design the next generation of sustainable and secure energy systems. This position is in the Energy group within the Atmospheric, Earth, and Energy Division. This position will be filled at either level based on knowledge and related experience as assessed by the hiring team. Additional job responsibilities (outlined below) will be assigned if hired at the higher level. In this role you will Analyze the security, performance, cost, lifecycle impacts, and policy ramifications of diverse energy innovations. Design components, technologies, and systems that substantially improve the climate resilience and carbon drawdown potential over state-of-the-art. Assess the resources that are available and required to meet energy, sustainability, and resilience goals at local, regional, and national scales. Participate in complex projects that field-demonstrate carbon drawdown and energy resilience. Communicate the importance and results of climate and infrastructure resilience R&D to technical and non-technical stakeholders. Publish analysis and results of Carbon Initiative and Infrastructure Resilience projects in the peer reviewed literature. Perform other duties as assigned. Additional job responsibilities at the SES.4 level Lead and manage supporting personnel who conduct analysis under your direct supervision. Lead and develop teams to conduct and support technology demonstrations. Develop new work with Federal, State, and commercial sponsors and partners in these areas. Ability to obtain and maintain a U.S. DOE Q-level security clearance which requires U.S. Citizenship. PhD. in an energy-focused field such as Earth Science, Environmental Science, Mechanical Engineering, or Chemical Engineering, or the equivalent combination of education and related experience. Significant experience in the evaluation and/or development of clean, resilient energy/environmental technology, including carbon management and energy networks. Significant experience working in a team setting on energy and environmental projects. Experience with formal energy systems analysis tools such as lifecycle assessment (LCA), technoeconomic analysis (TEA), risk assessment matrices. Experience in energy, climate, and resilience policy analysis. Advanced communication, facilitation, and collaboration skills to interact with a diverse group of stakeholders. Additional qualifications at the SES.4 level Significant experience leading or managing projects and teams on energy and environmental topics. Significant experience collaborating across research (university, laboratory) and commercial (industry) institutions. Significant experience developing new projects with State and Federal sponsors. Qualifications we desire Experience with geospatial analysis of energy resources and infrastructure systems. Strong record of scientific/technical publication

Livermore, California, We have an opening for a highly motivated Staff Scientist with expertise in molecular modeling and molecular dynamics simulations of biological systems with exposure to quantum mechanics calculations to join us in an industry collaboration on drug discovery. You will be an integral member of an interdisciplinary team working with pharmaceutical and biotechnology companies. You will be responsible for conducting research in virtual screening, hit identification and lead optimization for both small molecules and peptides discovery. You will be encouraged to apply established tools but also design new methods/tools to answer specific questions. You will work with a team of (LLNL) computational chemists, medicinal chemists, and experimental biologists to enable innovative solutions toward delivering an efficacious Investigative New Drug entity. This position is in the Biochemical and Biophysical Systems group of the Biosciences and Biotechnology Division. In this role you will: Conduct advanced research to design and develop drug candidates, both independently and as a team member. Perform and automate high throughput molecular dynamics simulations to predict protein function and protein-ligand binding. Work with medicinal chemists, biologists to guide the optimization of drug candidates. Develop new analytics to analyze results from complex biology experiments and simulations. Develop collaborations with external partners (Universities, Industry, other National Laboratories) to advance computational biology simulation efforts. Prepare complex and detailed weekly progress reports to support project needs and deadlines. Prepare complex written analyses and verbal briefings, and present research results at corporate meetings. Write proposals, secure funding, and establish independent research projects. Interact with senior project staff and management to influence programmatic decisions. Perform other duties as assigned. PhD in Computational Physics, Computational Chemistry or Computational Biology or equivalent combination of education and related experience. Advanced knowledge and significant experience in a broad spectrum of R&D in drug design and development . Significant experience at the postdoctoral or higher level in the field of molecular dynamics simulations, quantum mechanical calculation, cheminformatics, and enzymatic mechanisms. Ability to work independently on defined research projects, as well as a member of a team. Advanced computer skills including programming experience with perl, python, or C++, preferably in a UNIX environment. Ability to develop independent research projects as demonstrated through publication of peer-reviewed manuscripts. Ability to travel, as necessary, to interact with sponsors, customers and collaborators. Qualifications We Desire: Experience collaborating with experimental chemists and/or biologists. Experience in cheminformatics, QSAR, or machine learning.

Livermore, California, We have multiple openings for experienced Laser Physicists to independently guide laser technology-related research and development efforts and provide technical direction to interdisciplinary teams that will perform design, analysis, modeling, construction, and testing and commissioning of state-of-the-art high energy, high peak power, and high average power laser systems for DOE missions and applications. These positions are in the Advanced Photon Technologies (APT) group in the High Energy Density and Photon Systems (HED&PS) Program in the National Ignition Facility and Photon Science (NIF&PS) Principal Associate Directorate. These positions will be filled at either level based on knowledge and related experience as assessed by the hiring team. Additional job responsibilities (outlined below) will be assigned if hired at the higher level. In this role, you will Lead efforts and strategies for interdisciplinary teams that research, design, develop, integrate, and field or enhance performance of advanced, high-energy laser systems, high peak power lasers and high average power laser technologies. Guide systems design and apply system-level engineering principles to a wide variety of advanced laser design and analysis projects using novel approaches to develop operational, system, and subsystem solutions. Lead integrated experiments in the fields of nonlinear optics, long & short pulse, high power and high energy laser physics. Develop complex theoretical and numerical system models needed to corroborate or anticipate experimental results that test advanced, coupled physics and modeling capability in collaboration with laboratory scientists and engineers. Provide recommendations to leadership and technical team regarding project vision and strategy independently, under minimal supervision, and influence technical direction for yourself and others, while providing technical and intellectual leadership on research and development projects. Prepare and provide technical presentations and publications for internal and external audiences. Perform other duties as assigned. Additional job responsibilities at the SES.4 level: Utilize highly advanced knowledge and expertise to propose and then guide and oversee research, design, and enhancement or development of state-of-the-art laser technologies or systems, including elements that are frequently not well defined and often involve uncertain factors. Apply subject matter expertise and leadership in Joule-class to multi-hundred Joule-class shaped nanosecond (long pulse), CPA, OPCPA, and frequency conversion systems that account for polarization, thermal, and/or birefringence effects, nonlinear optical effects, and other linear or nonlinear effects that may degrade the final output. Design and lead teams to perform highly complex / intricate / integrated laser performance experiments, perform analysis of these extensive, highly intricate, and/or integrated laser performance experiments, and effectively communicate findings to both broad technical audiences and other Subject Matter Experts. PhD in Laser Physics, Applied Physics, general solid-state laser engineering, high average power laser technology and thermal, birefringence management techniques, short and long pulse laser physics, and/or nonlinear optics as applied to laser development, modeling, applications, and operations or related field or the equivalent combination of education and previous relevant experience. Significant hands-on experience working safely and through the full engineering lifecycle with commercial or custom-built pulsed laser systems in a laboratory environment. Advanced knowledge of and significant experience with complex analytical, numerical modeling and experiments needed to make recommendations and lead strategies for scientific and/or technical projects. Advanced knowledge and significant experience recommending, developing, and implementing solutions to a diverse range of difficult and complex problems. Experience guiding, leading, and mentoring team members. Advanced communication, facilitation, and collaboration skills necessary to present, explain, and advise senior management. Additional Qualifications at the SES.4 Level Substantial knowledge and subject matter expertise developing highly complex state-of-the-art laser systems in an R&D environment and using high energy lasers for experiments and/or industrial applications. Substantial experience leading interdisciplinary teams, particularly related to laser design, construction, or commissioning activities. Expert level knowledge and hands-on experience with Joule-class to multi-hundred Joule-class and/or 10s to 100s W average power shaped nanosecond (long pulse), CPA, OPCPA, and/or frequency conversion systems and their respective modeling. Substantial experience developing and utilizing highly complex laser performance and/or laser propagation modeling codes from their theorical aspect to their numerical implementation potentially in massively parallel high-performance computer systems. Desired Extensive hands-on experience with Joule-class and above pulsed lasers in a laser development or operational environment. Significant experience in systems design for advanced laser design and analysis projects. Formal or informal systems engineering or systems architecting training or experience. Ability to obtain and maintain a DOE L or Q clearance.

Livermore, California, We have an opening for a Postdoctoral Researcher to implement innovative experimental characterization and theoretical analysis of features formed during the production and atmospheric aging of actinide materials. You will support a multi-disciplinary team developing new forensics signatures of nuclear materials. This position will be in the Actinides and Lanthanides group of the Materials Science Division. In this role you will Conduct research characterizing nuclear materials to determine microstructure, chemical distribution, and morphology and their dependence on process and aging parameters Participate in understanding the fundamental processes of materials aging using state-of-the-art surface and bulk analysis instrumentation and techniques. Contribute to and actively participate in the conception, design, and execution of research to address defined problems. Pursue independent, complementary research interests and interact with a broad spectrum of scientists internally and externally to the Laboratory. Collaborate with scientists in a multidisciplinary team environment to accomplish research goals. Maintain and establish laboratory protocols. Document and publish research in peer-reviewed journals and present results within the DOE community and at conferences. Perform other duties as assigned. Ability to secure and maintain a U.S. DOE Q-level security clearance, which requires U.S. Citizenship. PhD in Physical Chemistry, Physics, Materials Science, or related field. Experience applying materials characterization techniques (e.g., XPS, SEM/EDS/EBSD, XRD, TEM) to address research questions. Innovative experimentalist with a broad range of experience in experimental design, techniques, and execution. Documented publication record in peer-reviewed literature and proficient at presenting at seminars and technical meetings. Ability to develop independent research projects. Proficient written, verbal, and organizational skills necessary to effectively collaborate within small and large work groups. Interpersonal skills necessary to interact with a diverse set of scientists, engineers, and other technical and administrative staff. Qualifications we desire Experience combining multi-instrument data sets to interpret complex research samples Experience with synchrotron characterization techniques

Livermore, California, We have multiple openings for Experimental Physicists. You will explore means to assess nuclear explosive performance without nuclear testing; weapons physics studies; the development of render safe technologies for counter-proliferation; the design and testing of Advanced Conventional Weapons. Experimental research is conducted at the Site 300 hydro facilities, the Nevada Test site, the High Explosives Application Facility (HEAF), NIF, and at other national facilities. These positions are located in the Design Physics Division within the Weapons and Complex Integration (WCI) Principal Directorate. This position will be filled at either level based on knowledge and related experience as assessed by the hiring team. Additional job responsibilities (outlined below) will be assigned if hired at the higher level. In this role you will Conduct experimental research in one or more of the following areas: assess nuclear explosive performance without nuclear testing; weapons physics studies; high-energy density plasma research; the development of render safe technologies for counter-proliferation; and/or the design of Advanced Conventional Weapons. Develop and apply state-of-the-art experimental physics techniques to laboratory and field research. Areas of interest should include, flash x-ray radiography, high-speed photographic and optical measurements, hydrodynamics, gas gun, pulsed power and detonation physics experiments, and instrument design and development. Learn and run existing analysis codes to plan experiments and incorporate experimental data. Contribute to fulfilling project objectives as a fully functioning team member. Present and disseminate research results in scientific conferences and peer-reviewed publications, in open and classified environments. Responsibilities may also include interacting with external stakeholders, both at NNSA and across the broader interagency, via offsite assignments. Travel minimally or substantially based on needs of projects. Perform other duties as assigned. Additional job responsibilities at the SES.3 level Independently develop and/or provide in depth analysis of physics capabilities in support of nuclear weapon simulations using advanced simulation tools where complex problems may not be well defined. Lead projects requiring careful planning and execution in concert with effective teamwork. Ability to maintain a U.S. DOE Q-level security which requires U.S. citizenship. PhD in physics, engineering or a related field or equivalent combination of education and related experience. Experience conducting applied physics research in one or more of the following fields: plasma physics, radiation transport, atomic physics, nuclear physics, and hydrodynamics. Experience with and understanding of optics and lasers. Experience with scientific data analysis. Experience developing innovative solutions to complex analytical problems. Demonstrated effective analytical and conceptual skills and creativity. Experience working effectively independently and in a multi-disciplinary, team-research environment to achieve multi-year goals. Demonstrated effective verbal, and written communication skills necessary to author technical and scientific reports, publications, invited papers, and to deliver scientific presentations. Additional qualifications at the SES.3 level Advanced knowledge of physics, mathematics, mechanical, aerospace or nuclear engineering or a related field. Experience leading and mentoring as part of a multidisciplinary team. Demonstrated record of completing and/or leading top quality research in relevant areas of physics and engineering.

Chicago, Illinois, Medical Physicist Assistant - Radiation Oncology Northwestern Memorial Hospital Chicago, IL 60611 About Us: Northwestern Memorial Hospital (NMH) is a flagship hospital in the Northwestern Medicine (NM) system affiliated with Northwestern University Feinberg School of Medicine and is located in the heart of downtown Chicago. We've been consistently ranked 10th in the nation for 10 years in a row and our cancer program is ranked 6th this year by the U.S. News & World Report. Summary: The Medical Physicist Assistant (MPA) provides various support to the staff Medical Physicists in all clinical responsibilities pertaining to Radiation Oncology. These include, but not limited to: treatment planning, patient setup and immobilization processes, radiation protection and safety practices as well as machine and patient specific quality assurance (QA) in close collaboration with therapists, dosimetrists and physicians. The MPA will also participate in the QA and commissioning of our therapy machines. Under the direct supervision of Director of Medical Physics or delegated Medical Physicist, the MPA will participate in the QA, commissioning and acceptance testing of various radiation therapy equipment according to the AAPM standards. The MPA will also provide the following support as needed: Assist in morning QA equipment calibrations for Linacs as assigned by Medical Physicist to support the therapists in morning warmups and QAs. Under the supervision of a Medical Physicist, work with vendor engineer in routine Linac preventive maintenance services or perform a Linac beam QA after repairs. Assist in treatment related workflow throughout the patient treatment process in making blocks and immobilization devices as needed. Utilizes radiation measuring equipment, treatment planning, computers as well as record and verify systems. Assist in the shipping and receiving and the record maintenance of calibration equipment such as ion chambers and electrometers. Assist in commission of new treatment planning systems or new versions of existing treatment planning systems through beam data measurements, data entries and data analysis as directed by Medical Physicist. Perform patient-specific QA (PSQA) of IMRT/VMAT plans Support machine QA (daily, monthly and annual) Patient related measurements using TLD, MOSFET or any other detector as directed by staff Medical Physicist. Assists with the Radiation Safety related tasks required by hospital, local, and federal agencies Participates in research and development projects as assigned. Qualifications: Required: Bachelor or Master of Science in a science-related field Knowledge of Radiation Oncology machine QA procedures Preferred: Excellent computer skills to include: data collection, analysis, graphing and presentation Past experience in scientific research and presentations To apply, please visit our careers site at https://jobs.nm.org/ OR click on this link: https://smrtr.io/8dLNv Northwestern Medicine is an affirmative action/equal opportunity employer and does not discriminate in hiring or employment on the basis of age, sex, race, color, religion, national origin, gender identity, veteran status, disability, sexual orientation or any other protected status. AA/EOE

Nationwide, We are now accepting applications for summer 2022 Molecular Interactions Virtual Research Experiences for Undergraduates (MIV-REU) program. MIV-REU is an NSF-funded program to engage students in ongoing, authentic molecular interactions research over 10 weeks during the summer of 2022. Small teams of students work together with mentors to develop a tailored research project with training in chemical principles, hypothesis generation, data analysis, and science communication. The research is supplemented with ongoing professional development and social activities. MIV-REU is unique in that it is a fully online (virtual) research program designed with maximum flexibility to support students. Student are supported with a $5,000 stipend for their participation in the program. Because of the unique nature of this program, those students who require the additional flexibility of a virtual platform, including those who would otherwise not be able to participate in an on-site REU program, are particularly encouraged to apply. We also strongly encourage applications from first generation students, students who are active military or veterans, students with disabilities, and students from groups currently under-represented in science.  For more information, and to apply, please check out MIVREU.com.

Alexandria, Virginia, The Division Director leads a team of program officers in managing a broad portfolio of investments in materials research and education. The incumbent has managerial and oversight responsibilities for the effective use of Division staff and resources in meeting organizational goals and objectives. This includes directing the activities of the Division, assessing the needs and trends in research and education related to the Division’s program, implementing overall strategic planning, and policy setting. The Director supervises and provides leadership and guidance to senior level DMR staff (Deputy Division Director), DMR program officers, administrative and support personnel. The Director determines funding requirements, prepares and justifies budget estimates, balances program needs, allocates resources, oversees the evaluation of proposals and recommendations for awards and declinations, and represents NSF to relevant external groups. The Director fosters partnerships with other Divisions, Directorates, Federal agencies, scientific organizations, and the academic community. The mission of the Division of Materials Research is to make new discoveries about the behavior of matter and materials; to create new materials and new knowledge about materials phenomena; to address fundamental materials questions that often transcend traditional scientific and engineering disciplines and may lead to new technologies; to prepare the next generation of materials researchers; to develop and support the instruments and facilities that are crucial to advance the field; and to share the excitement and significance of materials science with the public at large. The successful candidate will possess an established record of significant achievement in research administration as well as leadership responsibility in academe, industry, or government. In addition to having a strong record of research and education accomplishments within his or her technical communities, the Division Director must be experienced and competent in technical, financial, and administrative management. He/she must work well with people, be an effective communicator, and act as a mentor to continuously develop the diversity of talents and skills of his or her colleagues at all levels. EXECUTIVE/MANAGERIAL (E/Ms) : Unless you are currently under a career SES appointment, are eligible for reinstatement into SES, or have successfully completed a SES Candidate Development Program approved by OPM, you must submit written statements (narrative format) describing accomplishments that would satisfy the E/M qualifications. Applicants who do not provide a narrative statement will only be considered for an IPA appointment, if applicable. Essential 1.  Leading Change.  This core qualification involves the ability to bring about strategic change, both within and outside the organization, to meet organizational goals. Inherent in this E/M is the ability to establish an organizational vision and to implement it in a continuously changing environment. 2.  Leading People. This core qualification involves the ability to lead people toward meeting the organization's vision, mission, and goals. Inherent in this E/M is the ability to provide an inclusive workplace that fosters the development of others, facilitates cooperation and teamwork, and supports constructive resolution of conflicts. 3.  Results-Driven Leadership. This core qualification involves the ability to meet organizational goals and customer expectations. Inherent in this E/M is the ability to make decisions that produce high-quality results by applying technical knowledge, analyzing problems, and calculating risks. 4.  Business Acumen. This core qualification involves the ability to manage human, financial, and information resources strategically. 5.  Building Coalitions.  This core qualification involves the ability to build coalitions internally and with other Federal agencies, State and local governments, non-profit and private sector organizations, foreign governments, or international organizations to achieve common goals. PROFESSIONAL/TECHNICAL (P/Ts) : All applicants must submit written statements (narrative format) of accomplishments that would satisfy the P/T qualifications.  You must address each P/T qualification separately. David Smith 703-292-5090 [email protected]

Schenefeld, Germany, Join our team European XFEL is an international non-profit company located in the Hamburg area in Germany. It operates a 3.4 km-long X-ray laser, which produces X-rays of unique quality for studies in physics, chemistry, the life sciences, materials research and other disciplines. The diverse scientific facilities at European XFEL enable scientists from across the globe to carry out a wide range of experimental techniques. To complete our team, we are looking for Instrument Laser Scientist (f/m/d) The position Operation of the optical laser set-ups for time-resolved two color experiments Development of new experimental set-ups involving the optical laser beam Participation in the operation of the SQS scientific instrument Support and consultation for instrument users during user operation Participation in scientific user experiments on gas phase targets Development of individual research activities at European XFEL Requirements PhD in physics or an equivalent academic degree Proven experience with femtosecond optical lasers including dispersion management and optical design Experience with electron, ion or fluorescence spectroscopy Practical knowledge of UHV technologies Practical experience at large scale facility (e.g. SR, FEL) would be an asset Knowledge of programming languages, Matlab, C++ or Python For additional information, please contact Michael Meyer ( [email protected] ). Working place will be Schenefeld in the Hamburg metropolitan area. General information on working in Germany, the Hamburg area and the European XFEL can be found under  www.xfel.eu/careers . Our offer Become part of a vibrant international and multi-cultural team of scientists, engineers, technical and administrative staff. Be involved in cutting edge scientific and technical progress, participate in our international networks, and shape your life upon trust-based flexible working times and telecommuting options. Experience our atmosphere of tolerance and respect. Salary and benefits are similar to those of public service organizations in Germany. In addition European XFEL provides a non-contributory company pension scheme, broad relocation benefits, as well as subsidized job-tickets and meals at our company restaurant. The European XFEL GmbH intends to achieve a widely international staff. Company language is English, non-German candidates hired from abroad receive an international allowance. Reference number S-420 Duration This appointment is initially limited to 3 years. An extension might be possible subject to a later decision. Deadline 04 April 2022 Application Please apply online and provide a cover letter next to a CV in English, as well as your work certificates in one single pdf file. Applicants with disabilities will be given preference over other equally qualified applicants The European XFEL GmbH is an equal opportunity and affirmative action employer and encourages applications from women. Salary and benefits are similar to those of public service organizations in Germany.

Innsbruck, Austria, The Austrian Academy of Sciences (OeAW) , Austria’s central non-university research and science institution, which supports 25 basic research institutes of excellent international standing is seeking a SCIENTIFIC DIRECTOR (F*M) WITH TENURE at the Institute for Quantum Optics and Quantum Information - IQOQI Innsbruck. The Institute for Quantum Optics and Quantum Information (IQOQI) in Innsbruck ( https://iqoqi.at/en/ ) is dedicated to theoretical and experimental basic research in the field of quantum science and its relation to information processing. In the past 20 years the IQOQI Innsbruck has established itself as a highly innovative, world class research institute. The new Scientific Director should supplement and strengthen the institute's unique and outstanding research profile. Candidates should be daring and open minded and foster an open research environment that encourages unconventional ideas and allows for significant breakthroughs advances and discoveries. The OeAW is looking for a strong and ambitious personality with innovative research ideas and an outstanding scientific track record. Candidates should have made seminal contributions to the field of quantum sciences and enjoy an outstanding international reputation among their colleagues. The ideal candidate is a creative experimental quantum scientist of high profile who is well connected within the international scientific community. The future Scientific Director should develop a cutting-edge research program at the institute in Innsbruck and ensure it remains an attractive place for top level scientists while retaining high visibility in the public domain. The IQOQI Innsbruck receives basic funding from the OeAW, and additional national and international third-party funding for designated research projects. The institute offers a world-class scientific and collaborative research environment for about 50 scientists and is supported by skilled in-house administrative and technical staff. A close assotiation in teaching and research with the University of Innsbruck is intended. We offer an attractive recruitment package that includes an internationally competitive salary and a substantial annual research budget (personnel, consumables, investments). The term of appointment as Scientific Director is tenured. The new Scientific Director will lead the institute jointly with fellow Scientific Directors. The OeAW pursues a non-discriminatory employment policy and values equal opportunities, as well as diversity. Individuals from underrepresented groups are particularly encouraged to apply. Qualified candidates are encouraged to apply and submit a detailed application to President Anton Zeilinger and Vice President Arnold Suppan at [email protected] , containing the following: Research concept and proposal for the strategic development of the IQOQI Innsbruck (not exceeding 5 pages) Curriculum vitae including an overview of recent research activities and funding Publication list in a Web of Science/Google Scholar format (preferred as internet link) as well as copies of the 5 most important and relevant publications Applications will be treated confidentially. It would be best if applications reach us until April 12, 2022 . Later applications will however be considered as long as the position is not yet filled.

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Corvallis, Oregon, Full-Time 12-month Postdoctoral Scholar position located in the Department of Chemistry at Oregon State University. The postdoc will work in Nuclear Chemistry under the mentorship of Dr. Walter Loveland. Research is in fission physics and the synthesis of heavy nuclei using multi-nucleon transfer reactions.  Qualifications : Recent Ph.D.  degree in nuclear physics or nuclear chemistry and experience in fission physics and/or heavy element reactions Position Available : July 1, 2022 with an initial 12 month appointment, renewable for up to 2 additional years.  Application: for full consideration, apply by June 1, 2022. Applicants must send: Cover letter describing academic experience, qualifications and interest in the position Curriculum Vitae (CV) Publication list Summary of research experience Names and contact information for two references Applications to be sent electronically to [email protected]. Initial review of application will begin June 1, 2022 Stipend and benefits conform to postdoctoral standards at OSU https://gradschool.oregonstate.edu/postdocs