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Livermore, California, We have openings for Computational Physicists to pursue challenges relevant to national security in the development of multi-physics simulation codes. Under consultative direction you will collaborate as part of an interdisciplinary code development team in advancing the state of the art in large-scale multi-physics simulation. The national security mission involves developing simulation capabilities for Stockpile Stewardship, nuclear counter-terrorism, conventional weapons, and high energy density physics experiments. The code development focus is on models and algorithms for use in high-performance computing on the latest large-scale parallel computing platforms. You will act as a scientific/technical leader as part of large projects/programs, contribute to the development of innovative principles and ideas, will play a role in attracting and retaining projects, programs, and funding due to degree of technical expertise. This position is in the Design Physics Division within the Strategic Deterrence Directorate. In this role, you will Develop algorithms and simulation tools to advance the state of the art in multi-physics simulation for a large variety of physical processes in 2D and 3D, where problems are not well defined. Independently develop and/or provide in-depth analysis of physics capabilities in support of a diverse user community using advanced simulation tools to solve highly complex problems that may not be well defined. Provide advanced technical support, informal training, and guidance to code users in the application of simulation tools developed. Collaborate in the development of simulation tools and direct/influence the strategy and technical direction of research activities as part of a multi-disciplinary team. Present and disseminate advanced research results at scientific conferences and in peer-reviewed publications, in both open and classified environments, internal and external to LLNL. Promote and support plans to promote diversity, equity, and inclusion within the program. Set broad technical strategies and/or direct multi-disciplinary teams to achieve program goals. Perform other duties as assigned. Ability to secure and maintain a U.S. DOE Q-level clearance which requires U.S. citizenship. PhD in one or more of these specialized fields: physics, mathematics, engineering, or related field or the equivalent combination of education and related experience. Subject matter expert knowledge of highly advanced concepts to include experience and ability to lead independent work in one or more science disciplines, such as shock hydrodynamics, fluid mechanics, material behavior, particle transport, radiation transport, plasma physics. Significant experience evaluating algorithms and methods for their fitness for a particular task, as well as developing and implementing new numerical algorithms. Significant experience developing and supporting and/or leading multi-dimensional numerical simulation and demonstrated analytical and conceptual skills and creativity. Advanced programming experience/fluency in Python, FORTRAN, C and/or C++ and significant experience developing and implementing algorithms for massively-parallel computer architectures. Significant experience working independently and in a team-research environment effectively. Commitment to valuing diversity, equity, and inclusion principles in the workplace. Significant experience at the expert level in the development of principles, theories, concepts, and techniques relevant to applied physics research and experience converting theory into models or algorithms appropriate for numerical simulation.

Livermore, California, We have multiple openings for Inertial Confinement Fusion Physicists to become part of the team working on the grand challenge of achieving thermonuclear ignition on the National Ignition Facility (NIF). This research requires working closely with individuals from other disciplines, such as laser experimentalists, laser scientists, target fabrication specialists and NIF Project scientists and engineers, as well as other target designers and theorists. These positions are in the Design Physics Division within the Strategic Deterrence (SD) 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 Plan, analyze and interpret NIF laser experiments in support of the effort to achieve ignition on NIF principally with large computer codes, but also with analytic modeling. Perform computational and theoretical analyses that extrapolate our current understanding of ignition related physics to NIF and beyond. Successfully work as part of an interdisciplinary team on ICF project activities. Present research results in scientific meetings, peer reviews, and publications. Responsibilities may also include interacting with external stakeholders, both at NNSA and across the broader interagency, via offsite assignments. Promote and support plans to promote diversity, equity, and inclusion within the program. Perform other duties as assigned. Additional responsibilities at the SES.3 Level Independently develop and/or provide in depth analysis of NIF laser experiments in support of the effort to achieve ignition on NIF principally with large computer codes, but also with analytic modeling where complex problems may not be well defined. Work as technical expert on multidisciplinary team. Ability to maintain a U.S. DOE Q-level security which requires U.S. citizenship. PhD in physics or related field, or the equivalent combination of education and related experience. Comprehensive knowledge of plasma physics, hydrodynamics, or astrophysics. Experience in computational modeling of complex systems. Experience developing creative solutions to complex problems. Demonstrated ability to deliver a high quality, polished product in a timely manner. Proficient written and verbal communication skills as demonstrated by a record of publications, invited papers, or teaching experience. Demonstrated ability/commitment to valuing diversity, equity, and inclusion principles in the workplace. Demonstrated ability to interact effectively in an interdisciplinary team of scientists as well as independently. Additional qualifications at the SES.3 Level Advanced knowledge of physics, plasma physics, hydrodynamics, or astrophysics 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. Qualifications We Desire Experience with the use of large two and three-dimensional computer codes.

Livermore, California, We are seeking exceptional Physical Scientists and Engineers with backgrounds in fields such as plasma physics, radiation transport, atomic physics, nuclear physics, physical chemistry, condensed matter physics, computational physics, or hydrodynamics. Our national-security mission encompasses aspects of computational, theoretical, and experimental physics associated with the complex processes of nuclear explosives. Under limited direction, you will be responsible for advancing our understanding and developing methodologies for important national-security challenges. This position is in the Design Physics Division within the Strategic Deterrence 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. You will Assess the complex physics interactions that take place in nuclear explosion. Design and provide analysis of experiments exploring the physics of nuclear explosives. Simulate weapons phenomena and perform weapons assessment and certification tasks using physical models in computer codes. Define and implement stockpile stewardship for specific weapons systems. Present and disseminate research results at scientific conferences and in peer-reviewed publications, in both open and classified environments, internal and external to LLNL. Responsibilities may also include interacting with external stakeholders, both at DOE/NNSA and across the broader interagency, as well as via offsite assignments. Develop expertise in interrelated fields of physics important to weapons assessment and certification. Travel minimally or substantially based on needs of projects. Recognize and support plans to promote and foster a culture of inclusion, diversity, equity, and accountability within the workplace. Perform other duties as assigned. Additional job responsibilities at the SES.3 Level Independently develop, assess and provide in depth analysis of the complex physics interactions that take place in nuclear explosion where problems may not be well defined. Work as technical expert on multidisciplinary team. Guide the analysis and lead the design of experiments exploring the physics of nuclear explosives. Ability to obtain and maintain a U.S. DOE Q-level security clearance which requires U.S. Citizenship. PhD in physics, engineering, or a related field or equivalent level of demonstrated knowledge. Demonstrated record of completing outstanding research in relevant areas of physics and engineering. Experience with computer-based design and analysis of experiments. Demonstrated aptitude for mastering new fields of physics; a record of creativity, physical insight, and breadth of understanding in applications of complex physical processes. Experience in using advanced computational facilities for applied physics analysis and conducting applied physics research. Proficient verbal and written communication and presentation skills necessary to author technical and scientific reports, publications, invited papers, and to deliver scientific presentations. Experience working effectively independently and in a multidisciplinary, team-research environment. Demonstrated self-motivation and initiative in addressing challenging problems. Demonstrated ability/commitment to promote and value inclusion, diversity, equity, and accountability principles in the workplace. Additional qualifications at the SES.3 Level Advanced knowledge of physics, engineering, or a related field. Significant experience and ability to lead independent work conducting applied physics research. Demonstrated record of leading top quality research in relevant areas of physics and engineering.

Livermore, California, We have multiple openings for Computational Physicists aiming to improve national security through the development of simulation codes for world class supercomputing architectures. You will collaborate as part of an interdisciplinary team in advancing state-of-the-art physics simulation capabilities. Applications may include inertial confinement fusion, high-energy density physics, nuclear/conventional weapons, or nuclear counterterrorism. Our projects span the range from smaller, focused research codes/modules to multi-physics, multi-application production codes. This position is in the Design Physics Division within the Strategic Deterrence 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. You will Build simulation tools using modern software practices as part of a team. Develop models and algorithms to support physics capabilities for a diverse application space. Support users of your simulation tools. Share results through conferences, reports/publications, and potential interactions with collaborators. Recognize and support plans to promote and foster a culture of inclusion, diversity, equity, and accountability within the workplace. Perform other tasks as assigned. Additional responsibilities at the mid-career (SES. 3) level Develop and critically assess physics capabilities to support applications requiring advanced simulation tools to solve complex problems. Collaborate as a technical expert on multidisciplinary teams. Set specific technical strategies to achieve project goals. Ability to secure and maintain a U.S. DOE Q-level security clearance which requires U.S. citizenship. PhD or equivalent level of proficiency in physics, mathematics, engineering, or related field. Proficiency in developing scientific applications in Python, C/C++, or FORTRAN. Proficiency in converting theory into computational models, implementing computational models, or evaluating computational algorithms and methods for their applicability. Effective verbal and written communication skills and experience authoring high-quality reports/publications and delivering effective technical presentations. Demonstrated ability/commitment to promote and value inclusion, diversity, equity, and accountability principles in the workplace. Additional qualifications at the mid-career (SES.3) level Advanced knowledge of physics, mathematics, engineering, or a related field. Significant professional programming experience. Experience in leading, mentoring, and/or collaborating within teams. Advanced verbal and written communication skills and a demonstrated record of delivering top-quality research in relevant areas of science and engineering. Qualifications We Desire Expertise in one or more science disciplines, such as shock hydrodynamics, solid/fluid mechanics, materials science, particle transport, radiation transport, nuclear physics, plasma physics, or physical chemistry. Proficiency in developing and supporting multi-dimensional numerical simulation. Proficiency in developing scientific simulations for high-performance and/or heterogeneous computing systems (e.g., use of MPI, OpenMP, Cuda/HIP, or other HPC technologies). Proficiency in developing advanced technical solutions (e.g., numerical algorithms). Proficiency in working in a multidisciplinary team-research environment, demonstrating creativity and initiative in addressing challenging problems.

Livermore, California, We have multiple openings for Design Physicists who are exceptional physical scientists and engineers with backgrounds in fields such as plasma physics, radiation transport, atomic physics, nuclear physics, physical chemistry, condensed matter physics, computational physics, or hydrodynamics. Our national-security mission encompasses aspects of computational, theoretical, and experimental physics associated with the complex processes of nuclear explosives. Under limited direction, you will be responsible for advancing our understanding and developing methodologies for important national-security challenges. This position is in the Design Physics Division within the Strategic Deterrence 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. You will Design and provide analysis of complex experiments exploring the physics of nuclear explosives. Simulate weapons phenomena and perform weapons assessment and certification tasks using physical models in computer codes. Participate in the assessment of foreign nuclear weapon systems. 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. Develop expertise in interrelated fields of physics important to weapons assessment and certification. Lead independent work conducting applied physics research. Lead and mentor staff as part of a multidisciplinary team. Lead top quality research in relevant areas of physics and engineering. Problem-solve and make decisions necessary to independently address challenging problems. Recognize and support plans to promote and foster a culture of inclusion, diversity, equity, and accountability within the workplace. Perform other duties as assigned. Additional job responsibilities at the SES.4 Level Assess the highly complex physics interactions that take place in a nuclear explosion. Design and provide in depth analysis of experiments exploring the physics of nuclear explosives. Define and implement stockpile stewardship for specific weapons systems. Simulate weapons phenomena and perform highly advanced weapons assessment and certification tasks using physical models in computer codes. Ability to maintain a U.S. DOE Q-level security which requires U.S. citizenship. Master's degree in physics, engineering, or related field or equivalent combination of education and related experience. Significant experience conducting applied physics research. Demonstrated record of completing outstanding research in relevant areas of physics and engineering. Significant experience with advanced computer-based design and analysis of experiments. Demonstrated aptitude for mastering new fields of physics; a record of creativity, physical insight, and breadth of understanding in advanced applications of complex physical processes. Significant experience in using advanced computational facilities for applied physics analysis. Advanced verbal and written communication and presentation skills necessary to author advanced technical and scientific reports, publications, invited papers, and to deliver scientific presentations. Significant experience working effectively independently and in a multidisciplinary, team-research environment. Demonstrated self-motivation and initiative in addressing challenging problems. Demonstrated ability/commitment to promote and value inclusion, diversity, equity and accountability principles in the workplace. Additional qualifications at the SES.4 Level Substantial experience presenting and disseminate highly advanced research results at scientific conferences and peer-reviewed publications, in open and classified environments, internal and external to LLNL. Substantial experience communicating results of work with external sponsors. Substantial experience developing innovative methods to expand knowledge of interrelated fields of highly advanced physics important to weapons assessment and certification. Substantial experience setting specific strategies and/or directing multi-disciplinary teams to achieve program goals. Qualifications We Desire Demonstrated subject matter expert knowledgeable of highly advanced concepts to include experience and ability to lead independent work conducting applied physics research in one or more of the following fields: plasma physics, radiation transport, atomic physics, nuclear physics, and hydrodynamics. Significant experience with highly advanced computer-based design and analysis of highly complex experiments. Extensive experience at the expert level in the development of principles, theories, concepts, and techniques relevant to applied physics research.

Chalk River, Ontario, Canada, Are you a recent Ph.D. graduate in experimental condensed matter physics with a passion for pioneering research? If so, consider joining our team as a Postdoctoral Research Fellow. This is a unique opportunity to work on cutting-edge projects in condensed matter physics, quantum technology development, and nuclear/radiation detection. As a member of our team, you'll be involved in experimental work, applying fundamental physics principles to advance quantum technologies and enhance nuclear/radiation detection methods. Explore innovative detector technologies with us, such as transition edge superconductors for nuclear detection and nuclear magnetic resonance for materials characterization and identification. Join our pursuit of scientific and technological advancements through hands-on experimentation. About Us: Our research group is a leading multidisciplinary team at the forefront of quantum technology development and nuclear/radiation detection research. Leveraging CNL’s extensive facilities and capabilities, we collaborate closely with industry partners, government agencies, and academic institutions to tackle challenges in these fields. Our work spans a broad range of applications, including quantum sensing for nuclear detection and nuclear materials characterization and identification. What you will be doing: •    Experimental Research: Conduct research in condensed matter and quantum physics, and nuclear/radiation detection. •    Detector Advancements: Innovatively advance detector concepts and integrate them into larger systems and projects when applicable. •    Quantum Detector Design and Deployment: Contribute to design, fabrication, commissioning, and characterization of quantum devices and detection systems for nuclear and radiation applications. •    Data Analysis and Publication: Analyze experimental data, contribute to top-tier scientific publications, and present research findings at national and international conferences. •    Collaboration: Collaborate effectively with interdisciplinary teams to foster innovation and project success. What we are looking for: •    Ph.D. in Physics or Related Field: A recent Ph.D. in Physics or a closely related field, with a strong background in condensed matter physics, demonstrating a high level of academic achievement and research expertise. •    Experimental Techniques and Instrumentation: Proficiency in experimental techniques and instrumentation related to condensed matter and quantum physics, and nuclear/radiation detection, showcasing hands-on experience in conducting experiments and utilizing scientific equipment effectively. •    Quantum Technologies: Familiarity with quantum technologies, such as quantum sensing. •    Nuclear and Radiation Detection: Knowledge of nuclear and radiation detection principles, including radiation detectors and spectroscopy techniques. •    Data Analysis and Programming: Proficiency in data analysis and programming languages commonly used in scientific research. •    Communication and Publication: Excellent written and oral communication skills, complemented by a track record of publishing scientific papers. •    Multidisciplinary Collaboration: The ability to work both independently and collaboratively in a multidisciplinary research environment, contributing to a diverse team's success. •    Sector Knowledge (Optional): Knowledge of the space and defense sectors is advantageous but not mandatory. Security clearance eligibility required: Reliability Status with Site Access Security Clearance (SASC), which has a minimum requirement of 3 years of verifiable history in Canada, Australia, New Zealand, United States and/or the United Kingdom. CNL implements security screening in accordance with the Treasury Board of Canada Secretariat “Standard on Security Screening” and the “Policy on Government Security”. Why CNL? Does working with a team across Canada to advance nuclear science and technology for a clean and secure world speak to you? We're reinventing ourselves to be the pace setters, so we can lead the charge in solving the problems that matter, like building the next generation of clean nuclear and hydrogen energy solutions, developing new and better-targeted cancer treatments, and continuing to lead the world in environmental remediation.  We offer a complete total rewards package:   •    paid time off (vacation, sick, floater & personal);  •    benefits effective day one, that’s right no waiting period;  •    tuition support  •    and a pension! Do Our Priorities Resonate with You?  •    Clean energy for today and tomorrow. •    Restore and protect the Environment. •    Contribute to the health of Canadians. Location :  CNL’s Chalk River laboratory is nestled in the Ottawa Valley and affords our employees an area that is environmentally pristine with extensive forests, hills and numerous small lakes, all of which support a variety of wildlife typical to the southern edge of the Canadian Shield.  Many surrounding towns, such as Pembroke, Petawawa and Deep River provide you with unparalleled outdoor adventures at your doorstep!  In fact, Deep River was named as the fourth best place to live in Canada in a recent ranking by movingwaldo.com.    CNL is committed to providing an atmosphere free from barriers that promotes equity, diversity and inclusion in achieving our mission. CNL welcomes and celebrates employees, stakeholders and partners of all racial, cultural, and ethnic identities.  CNL also supports a workplace environment and a corporate culture that is built on our Core Values: Respect, Teamwork, Accountability, Safety, Integrity and Excellence which encourage equitable employment practices and career prospects inclusive of accommodations for all employees.  CNL is committed to being an equal-opportunity employer. If you require accommodation measures during any phase of the hiring process, please indicate via our ATS when applying. All information received in relation to accommodation requests will be kept confidential.  The Chalk River Laboratories site is located on the unceded and unsurrendered territory of the Algonquin Anishinaabe people. As an organization, CNL recognizes and appreciates their historic connection to this place. CNL also recognizes the contributions that First Nations, Métis, Inuit and other Indigenous Peoples have made, both in shaping and strengthening this community in particular, and this province and country as a whole.

Orlando, Florida, The Department of Physics (physics.ucf.edu) at the University of Central Florida (UCF) invite applications for a full-time, nine-month faculty position in theoretical condensed matter physics at the rank of assistant professor (tenure-earning) or associate professor (tenured), anticipated to begin in August 2024. We seek candidates whose experience and plans emphasize fundamental theoretical research in semiconductor physics. Predominant research activities of the selected candidate will include the theoretical study of systems with potential applications in the fields of classical and quantum semiconductor physics and engineering, including, but not limited to, two-dimensional, topological, and organic/inorganic materials, as well as exploring novel effects that would advance the broader field of semiconductor electronics. The successful candidate is expected to establish a vigorous, externally funded, and creative research program and have a strong commitment to excellence in graduate and undergraduate education.  To be eligible for appointment as a tenured associate professor upon hire, the selected candidate must have a demonstrated record of teaching, research, and service commensurate with a tenured faculty appointment at the rank of associate professor. The Department of Physics has 53 faculty, offers B.S., B.A., M.S., and Ph.D. degrees, and has modern, well-designed laboratories. Based on the current workload policy, research-active faculty teach one course per semester. UCF is a leading, metropolitan, research-intensive university with over 68,000 students. We offer support for expectant mothers, paid parental leave for both parents, on-site pre-school, and professional development and leadership training for all faculty at all career stages. Hiring and promotion are based solely on merit. UCF provides competitive startup funds. This posting closes May 2, 2024. Minimum Qualifications: A doctoral degree from an accredited institution in physics or a closely related discipline (including electrical engineering) at the time of hire, and a substantial record of independent research.   Preferred Qualifications: A record of successful research in two-dimensional, topological, and organic/inorganic materials. A record of externally funded research. Experience teaching physics at the university level.   Additional Application Materials Required: UCF requires all applications and supporting documents be submitted electronically through the Human Resources employment opportunities website, https://www.ucf.edu/jobs/ . In addition to the online application, candidates should upload: (1) a cover letter, (2) a current curriculum vitae, (3) a research statement and plan, (4) a teaching statement, and (5) a list with contact information for three (3) professional references.   The selected candidate will be required to submit official transcripts (and, as applicable, U.S. degree equivalency evaluations) documenting the conferral of their qualifying academic credentials.   NOTE: Please have all documents ready when applying so they can be simultaneously uploaded. Once the online submission process is finalized, the system does not allow applicants to submit additional documents later. Questions regarding this search should be directed to: Professor Eduardo Mucciolo, search committee chair, at [email protected].

Riverside, California, The California Institute for Telecommunications and Information Technology (Calit2) is a world-class, multidisciplinary research partnership of UC San Diego, UC Irvine and recently joined by UC Riverside. The Calit2 component at UCR serves as a multicampus research instrumentation facility under the direction of Research and Economic Development. The facility provides (need help articulating the services and instrumentation available) to campus, system, and external users. The CalIT2 Instrumentation Facility Manager would have primary responsibility for the management of the day-to-day facility operations and routine maintenance of equipment including supervision of staff and users. The manager would establish and oversee facility access and training policies as well as ensure that standard operating procedures for facility instrumentation exist and are adhered to by users. The manager would also support the development and implementation of recharge fees for facility use and support a wide array of users including UC campus-based researchers as well as users from outside organizations. The manager would coordinate, consult, educate, and participate in research applying the methods of microscopy and microanalysis as well as develop and implement standard research methods for equipment and scientific processes used in the facility. The manager would also support the teaching and supervision for facility users and other interested parties; serve as the safety officer for the facility; and participate in campus and other professional organizational meetings/conferences. The full salary range for the CalIT2 Instrumentation Facility Operational Director is $87,300.00 - $163,300.00 annually. We base salary offers on a variety of considerations, such as education, licensure and certifications, experience, and other business and organizational needs. Applicants must have current work authorization when accepting a UCR staff position. Currently, we are unable to sponsor or take over sponsorship of an employment Visa for staff. As a university employee, you will be required to comply with all applicable University policies and/or collective bargaining agreements, as may be amended from time to time. Federal, state, or local government directives may impose additional requirements.  Key Responsibilities: Manages daily operations of laboratory to ensure compliance, consistency, and effective collaborations. Independently resolves administrative, operational, compliance issues within the latitude of guidelines and policies. Manages day-to-day facility operations, establishes and oversees facility access and training policies, ensures standard operating procedures for facility instrumentation exist and are adhered to by users. Develops, writes, and implements all necessary laboratory working policies and training requirements. Manages service contracts and service visits for instruments. 30% Manages research staff and laboratory research experiments to achieve research objective, quality and timeline requirements. Supervises 3 FTE supporting two lab locations. Organizes, prioritizes, and delegates tasks to direct reports. Provides performance feedback to support continuous growth and development. 20% Develops short and long range plans for management and utilization of the laboratory. Implements strategic plans; develops and monitors policies and procedures, measures success, evaluates performance. Suggests ways to improve operations. Participates in the development of strategic planning and efforts to achieve short and long term facility goals. Reviews and recommends adjustments facility and operational needs through collaboration with stakeholders. Coordinates with facilities on the installation of new equipment. Participate in campus and other professional organizational meetings/conferences. 10% Manages laboratory fiscal, material and human resources within department budget. Support the development and implementation of recharge fees for facility use and support a wide array of users including UC campus-based researchers as well as users from outside organizations. Oversees laboratory finances, approval of purchases, travel, and timesheets of direct reports. 10% In collaboration with PI, oversees research project review, including laboratory and budget requirements in preparation for grant submissions. Assists the faculty director in preparing proposals and external contracts. 10% Manages lab, including but not limited to breeding colony, environmental and facilities, adhering to research protocol and compliance according to UC, state / federal compliance. Oversees all environmental health and safety aspects of the facility including the laboratory safety and chemical hygiene plan, ensuring the safe handling of chemicals and toxic waste disposal. Serves as the safety officer. 10% Manages customer service and quality services to researchers to support PI's research needs. Collaborates with campus stakeholders and users to ensure the facility is meeting research needs and that the services provided are delivered with appropriate quality and customer service orientation. 5% Provides consultation to PI and research associates on project designs, budget, study conduct, and protocols. Assigns staff and technical support to research projects, provides for staff training in research procedures and safety protocols.. Advises staff on the more difficult or challenging areas of research or instructional and experimental design. Coordinates, consults, educates, and advises on research applying the methods of microscopy and microanalysis as well as develop and implement standard research methods for equipment and scientific processes used in the facility.   Full Benefits information can be viewed: https://ucnet.universityofcalifornia.edu/compensation-and-benefits/index.html

Livermore, California, We have an opening for a Dynamic Radiographic Researcher seeking to impact national security by designing, conducting, and analyzing experiments in the field of nuclear weapon science. You will collaborate as part of an interdisciplinary team providing an emphasis on radiography as a primary diagnostic for explosively driven experiments. These positions are in the Design Physics Division within the Strategic Deterrence 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 Design and conduct experiments in the field of nuclear weapon science with an emphasis on flash radiography as a primary diagnostic for explosively driven experiments. Learn and utilize specialized computational tools and techniques for processing and analyzing radiographic imaging data. Optimize flash radiography diagnostic setups and techniques. Characterize x-ray sources and detectors for aiding quantitative radiographic measurements. Apply analysis techniques to plan experiments with an emphasis on simulating radiographic data. Collaborate on multidisciplinary teams to further advance radiographic diagnostic techniques. Share results via conferences, reports/publications, and potential interactions with stakeholders. Recognize and support plans to promote and foster a culture of inclusion, diversity, equity, and accountability within the workplace. Other tasks as assigned. Additional responsibilities at the mid-career (SES. 3) level Define experiment radiographic requirements in the field of nuclear weapon science emphasis on flash radiography as a primary diagnostic for explosively driven experiments. Develop and advance computational tools and techniques for processing, simulating, and analyzing radiographic images. Identify, advocate, and facilitate the advancement of diagnostic capabilities in the area of flash radiographic imaging of explosive driven experiments. Manage and oversee multiple parallel complex projects and experiments at different stages of development. 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. Master's degree in physics, mathematics, engineering, or related field or equivalent combination of education and related experience. Experience conducting applied research with hands-on experience with experimental and diagnostic hardware. Experience with and knowledge of scientific data analysis. Effective verbal and written communication skills and experience authoring high-quality reports/publications and delivering effective technical presentations. Additional qualifications at the mid-career (SES.3) level Advanced knowledge of physics, mathematics, engineering, or a related field. Fluency in Python, C/C++, Matlab, or similar programming language(s). Significant experience with leading, mentoring, and/or collaborating within teams. Advanced verbal and written communication and experience delivering top-quality research in relevant areas of science and engineering. Qualifications We Desire PhD in relevant science or engineering discipline. Significant experience in one or more science disciplines, such as shock hydrodynamics, solid/fluid mechanics, materials science, particle transport, radiation transport, nuclear physics, plasma physics or physical chemistry. Demonstrated experience with dynamic radiography as a diagnostic. Knowledge of x-ray sources and detectors. Experience working around explosives and/or other high hazard materials or effects (such as ionizing radiation). Experience developing creative and innovative technical solutions in a radiography-relevant field or in image processing and analysis. Experience working in a multi-disciplinary team-research environment, demonstrating self-motivation and initiative in addressing challenging problems. Demonstrated ability/commitment to promote and value inclusion, diversity, equity, and accountability principles in the workplace.

Livermore, California, NOTE: This is a flexible term position dependent on project funding. Current funding is expected for at least 3 years. The Bioscience and Biotechnology division within Physical and Life Sciences at LLNL is seeking to fill a position for a dedicated and hardworking Biosciences Technician. This role will be instrumental in leveraging expertise in systems biology and omics-based data generation, with a particular focus on histological proficiency and spatial biology techniques. Your responsibilities will include conducting experiments, analyzing data, and interpreting results to contribute to the advancement of our understanding in these critical areas. Your role will involve working on defined research projects, where you will be expected to demonstrate initiative, resourcefulness, and a keen attention to detail within a team of scientists. This position is in the Human Health Sciences group in the Biosciences and Biotechnology Division. You will: Follow standard laboratory protocols for histological preparation inclusive of tissue collection, embedding, tissue sectioning (cryotome and microtome), and mounting. Perform tissue section staining (histological, immunohistochemistry). Image and analyze histological sections (brightfield, fluorescent, confocal). Optimize sample preparation for different spatial transcriptomics and proteomics technologies. Operate a variety of laboratory equipment used in spatial transcriptomics pipelines. Work with small laboratory animals. Collaborate with colleagues for experimental design, assay performance, data acquisition and analysis. Perform technical laboratory procedures, where attention to detail, effective troubleshooting skills and good judgment are required. Maintain an accurate and detailed laboratory notebook and maintain complete records of experiments. Maintain a clean and safe laboratory work area; perform daily maintenance, clean up, and workspace organization within assigned work areas. Additional duties at the SES.2 level: Analyze current process procedures and provide feedback for the optimization and improvement of workflow. Perform quality control and maintenance of laboratory equipment and robotics. Provide occasional training on laboratory procedures to other employees. Offer feedback, identify areas of improvement and efficiency on laboratory protocols. Attend and present technical status reports at meetings. Perform other duties as assigned. BA/BS degree in Molecular/cellular biology, Genetics, Biology, Biochemistry or related field, or equivalent combination of education and experience with minimal related experience. Fundamental knowledge of histological preparation approaches. Basic microscopy expertise (brightfield, fluorescent, confocal). Knowledge about various molecular techniques (DNA/RNA extraction, PCR and qPCR, etc.) Ability to follow directions and standard written laboratory protocols. Sufficient analytical and problem-solving skills to troubleshoot discrepancies in data results and make routine recommendations. Basic computer skills, including experience with standard software and database programs such Excel, Word, and PowerPoint. Fundamental verbal and written communication and interpersonal skills to collaborate effectively in an interdisciplinary team environment and present and explain technical information. Work effectively in a fast-paced, multidisciplinary environment both independently and as a team with a diverse set of scientists, administrative, and other technical staff Effective problem-solving skills to implement solutions of limited complexity. Ability to work weekends. Qualifications at the SES.2 level: MA/MS in degree in Molecular/cellular biology, Genetics, Biology, Biochemistry, or related field Proficient with spatial transcriptomics processing and analysis pipelines. Familiarity with single-cell RNA sequencing preparation and analysis pipelines. Ability to manage supplies and laboratory quality-control procedures. Performing preventative and corrective maintenance of equipment and instruments. Qualifications we desire: Laboratory experience in execution and analysis of next generation sequencing applications. Experience working with small animal handling and models of disease. Ability to learn and develop new skills and techniques to keep pace with technological changes.

Livermore, California, NOTE: This is a two-year term appointment with the possibility of extension to a maximum of three years. We have an opening for a highly motivated Postdoctoral Researcher to conduct research in computational biophysics and simulation, specifically with expertise in molecular dynamics simulations, enhanced sampling of rare events, machine learning, statistical analysis of molecular dynamics simulations and software development. You will be an integral member of an interdisciplinary team working with other national laboratories and companies. You will be responsible for developing new software algorithms, writing code, understanding the requirements for each simulation campaign, and creating innovative analysis tools. You will work with a team of computational biologists, physicists, material scientists, experimental biologist and computer scientists to create a novel machine-learned capability for modeling the conformational dynamics of protein complexes involved in cellular signaling pathways. This position is in the Biochemical and Biophysical Systems group of the Biosciences and Biotechnology Division. You will: Conduct advanced independent research to create a novel high performance computing capability for predicting the binding affinities and kinetics of protein-protein interactions at the atomistic and coarse-grained levels. Contribute to the software development of high-performance computing tools for robust calculations of binding free-energies and kinetics. Develop novel machine-learning based path-sampling methods for estimating protein binding rates and free energies. Develop new workflows to analyze and visualize results from complex and large-scale molecular dynamics datasets. 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 scientific meetings. Develop new and innovative research methods relevant to the needs of Laboratory programs and/or external funding agencies and interact with senior project staff and management to influence programmatic decisions. Write proposals, secure funding, and establish independent research projects. PhD in computer science, computational biology, computational physics, computational chemistry or equivalent combination of education and related experience. Knowledge and experience in developing novel machine-learning based methods for enhancing the sampling of rare events, using free energy methods to model protein-protein binding affinities and developing statistical analysis of large-scale molecular dynamics datasets. Experience at the postdoctoral or higher level in the fields of molecular dynamics simulations, free energy calculations, transition path theory, enhanced sampling methods, machine learning, and statistical mechanics. Demonstrate advanced computer skills including programming experience with Python or C++ in a UNIX environment as well as experience using large high-performance computing clusters, including the use of job schedulers such as SLURM, PBS or Flux. Ability to work independently on defined research projects, as well as a member of a large team. Ability to develop independent research projects as demonstrated through publication of peer-reviewed manuscripts in the field of molecular modeling and simulations. Ability to travel, as necessary, to interact with sponsors, customers and collaborators. Proficient written, verbal communication and interpersonal skills necessary to deliver presentations, prepare written reports and to interact with a diverse set of scientists, engineers, and other technical and administrative staff. Qualifications We Desire: Experience in collaborating with experimental biologists as well as understanding and using experimental data in combination with computational research. Experience in developing and training machine-learning based models in high-performance computing systems. Experience computing binding affinity, stability and/or other metrics using scoring functions like Rosetta. Experience with parallel programming tools used to develop high performance code on GPU's and/or CPU's, such as OpenMP, MPI, CUDA or OpenCL. Experience using collaborative programming workflows and tools such as git, Gitlab, or subversion.

Bryn Athyn , Pennsylvania, The Science department at Bryn Athyn College invites applications for an adjunct position in Physics. Applicants must have at least a Master's in Physics, or a related field and teaching experience. Bryn Athyn College operates on a trimester system. The courses available are one lecture section and one lab section each of Physics 210: Principles of Physics I in the winter term, which runs from late November 2024-mid February 2025 and Physics 211: Principles of Physics II, which runs in the Spring term form early March 2025-late May 2025. The times for the courses may be scheduled in the evening to accommodate the instructor’s schedule. This is a required course for Biology majors and also attracts students from our interdisciplinary mathematics major. Bryn Athyn College is a small, private, coeducational, liberal arts college affiliated with the New Church, a Christian denomination based on the theology of Emanuel Swedenborg. Bryn Athyn serves as an intellectual center for all who desire to engage in higher education enriched, guided, and structured by the study of the Old Testament, New Testament, and theological writings of Emanuel Swedenborg. We seek applicants who are supportive of the College’s mission and values. For information about Bryn Athyn College and its mission, see www.brynathyn.edu. Duties - Develop and deliver course content in accordance with the curriculum guidelines - Conduct lectures, discussions, and demonstrations to engage students in the learning process - Assess student performance through assignments, exams, and projects - Provide timely feedback and guidance to students to support their academic growth - Stay updated with advancements in your field of expertise and incorporate relevant knowledge into your teaching   Requirements Master's degree in Physics or other related degree. To apply, please email a letter of application, CV, and names of three professional references to Ms. Adele C. Douglas, MMS, Director of Human Resources at [email protected]. Review of applications will begin immediately and continue until the position is filled. Bryn Athyn College is an equal opportunity employer. This is an on-site only position. Job Type: Contract Pay: $2,010.00 - $2,105.00 per month Ability to Relocate:   Bryn Athyn, PA 19009: Relocate before starting work (Required)   Work Location: In person

Bryn Athyn , Pennsylvania, The Science department at Bryn Athyn College invites applications for an adjunct position in Physics. Applicants must have at least a Master's in Physics, or a related field and teaching experience. Bryn Athyn College operates on a trimester system. The courses available are one lecture section and one lab section each of Physics 210: Principles of Physics I in the winter term, which runs from late November 2024-mid February 2025 and Physics 211: Principles of Physics II, which runs in the Spring term form early March 2025-late May 2025. The times for the courses may be scheduled in the evening to accommodate the instructor’s schedule. This is a required course for Biology majors and also attracts students from our interdisciplinary mathematics major. Bryn Athyn College is a small, private, coeducational, liberal arts college affiliated with the New Church, a Christian denomination based on the theology of Emanuel Swedenborg. Bryn Athyn serves as an intellectual center for all who desire to engage in higher education enriched, guided, and structured by the study of the Old Testament, New Testament, and theological writings of Emanuel Swedenborg. We seek applicants who are supportive of the College’s mission and values. For information about Bryn Athyn College and its mission, see www.brynathyn.edu. Duties - Develop and deliver course content in accordance with the curriculum guidelines - Conduct lectures, discussions, and demonstrations to engage students in the learning process - Assess student performance through assignments, exams, and projects - Provide timely feedback and guidance to students to support their academic growth - Stay updated with advancements in your field of expertise and incorporate relevant knowledge into your teaching   Requirements Master's degree in Physics or other related degree. To apply, please email a letter of application, CV, and names of three professional references to Ms. Adele C. Douglas, MMS, Director of Human Resources at [email protected]. Review of applications will begin immediately and continue until the position is filled. Bryn Athyn College is an equal opportunity employer. This is an on-site only position. Job Type: Contract Pay: $2,010.00 - $2,105.00 per month Ability to Relocate:   Bryn Athyn, PA 19009: Relocate before starting work (Required)   Work Location: In person

Bowling Green, Kentucky, The department of Physics and Astronomy at Western Kentucky University invites applications for a nine-month temporary instructor beginning August 12, 2024. We seek a person with a strong commitment to teaching undergraduate courses and laboratories in physics and/or astronomy. The successful candidate will teach up to 15 contact hours per semester in a mixture of introductory lecture and laboratory courses in physics and/or astronomy, in accordance with their preparation and experience. Courses will be assigned to minimize the number of different course preparation responsibilities.  The minimum qualifications for the position are holding an MS degree in physics, astronomy or a related field and teaching experience at least at the level of a graduate teaching assistant. Applicants should submit a cover letter, CV, a statement of teaching experience and philosophy, and unofficial transcripts at wku.interviewexchange.com, referencing position number 994922. Review of applications will begin April 24, 2024, and will be accepted until the position is filled. Inquiries about the position should be forwarded to Dr. Scott Bonham, Search Committee Chair, at [email protected].

Lexington, Massachusetts, Physics & Technology Analyst MIT Lincoln Laboratory Lexington, MA The Intelligence, Surveillance and Reconnaissance (ISR) Systems and Architectures Group at MIT Lincoln Laboratory invites you to apply to join our world-class team of systems analysts. Working directly with Department of Defense (DoD) senior leadership, the group provides unbiased analysis on the DoD’s most urgent and challenging problems and recommends solutions that directly impact the course of our national defense strategy. The solutions we develop within the group often lead to advanced technology development, prototyping projects, and experimental testing, both within Lincoln Laboratory and beyond. The group’s staff are the key to the group’s national impact. They are skilled scientists and engineers who have demonstrated deep technical backgrounds and the ability to quickly learn and understand new technologies. Technical Staff members have the talent to break down complex problems and clearly communicate solutions to a wide spectrum of audiences, from technical experts to senior leaders. Our priority for the group is to deliver impactful analysis that informs DoD technology investments, while fostering the professional and personal growth of our staff. We strive for a collaborative and diverse workplace while enjoying a strong work/life balance.  What will you do? As a Technical Staff member of the ISR Systems and Architectures Group, you will be responsible for systems analysis studies of critical DoD missions, planned DoD capabilities, and new technologies. This entails contributing to the development of physics- and engineering-based models for a wide array of technologies related to sensors, aircraft, satellites, communication systems, navigation, and data exploitation. While previous experience in these systems isn’t required, you must be able to leverage your strong technical background to rapidly become knowledgeable about these technologies as you learn from, and collaborate with, experts across the Laboratory. Additionally, you will prepare and present high-quality briefings to convey key study findings and recommendations, and will deliver these to a range of audiences including DoD senior leaders, government technology experts, and Lincoln Laboratory colleagues. If you’re looking for a fast-paced, high-impact career, apply to join our team today! Requirements: Doctorate in Physics, Mathematics, Aeronautics/Astronautics, Engineering, or a related technical field. In lieu of a doctorate, a Master’s degree with 5+ years of experience will be considered Self-motivated, with the ability to work both independently and collaboratively with highly interdisciplinary teams Desired Qualifications: Minimum of 3.5 GPA Ability to quickly learn new technical areas. Demonstrated ability to break down complex technical problems and communicate key findings to a wide range of audiences. Experience with MATLAB-based modeling, simulation, and data analysis. Selected candidate will be subject to a pre-employment background investigation and must be able to obtain and maintain a Top Secret level security clearance with compartmented program eligibility. At MIT Lincoln Laboratory, our exceptional career opportunities include many outstanding benefits to help you stay healthy, feel supported, and enjoy a fulfilling work-life balance. Benefits offered to employees include:  Comprehensive health, dental, and vision plans MIT-funded pension Matching 401K Paid leave (including vacation, sick, parental, military, etc.) Tuition reimbursement and continuing education programs Mentorship programs A range of work-life balance options ... and much more!   For more information and to apply, please visit: https://careers.ll.mit.edu/job/Lexington-Physics-and-Technology-Analyst-MA-02420/1128129100/ Selected candidate will be subject to a pre-employment background investigation and must be able to obtain and maintain a Top Secret level DoD security clearance with compartmented program eligibility. MIT Lincoln Laboratory is an Equal Employment Opportunity (EEO) employer. All qualified applicants will receive consideration for employment and will not be discriminated against on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, age, veteran status, disability status, or genetic information; U.S. citizenship is required.

Livermore, California, We have an opening for a Postdoctoral Researcher to conduct charged particle and neutron activation experiments and develop novel assay/evaluation methods for specialty, signature activation products. You will actively participate in research to distinguish radionuclide signatures of activated materials and evaluate results with respect to verification and validation protocols applied to nuclear forensics diagnostics. This position is in the Safeguards, Nonproliferation, and Response Group of the Nuclear and Chemical Sciences Division. You will Conduct research on nuclear science topics relevant to nuclear security, nonproliferation, and nuclear threat reduction. Develop and model experimental configurations and radiation detection systems. Establish and maintain laboratory protocols and experimental procedures for the characterization of irradiated samples and perform data analysis and interpretation of results. Contribute to and actively participate in the conception, design, and execution of research to address defined problems. Document research, publish papers in peer-reviewed journals, and present results within the DOE community and at conferences. Pursue independent (but complementary) research interests and interact with a broad spectrum of scientists, both internally and externally. Collaborate with others in a multidisciplinary team to accomplish research goals. 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 Nuclear Chemistry, Nuclear Physics, Nuclear Engineering, Radiochemistry, or related field Experience in nuclear spectroscopy, radiation detection techniques, and modeling of detector response and irradiation experimental configurations. This requires the ability to safely work with alpha-, beta-, gamma-, and neutron-emitting radioactive materials (>1 microCurie). Experience with laboratory instrumentation and associated software controls and designing, assembling, and running nuclear science experiments based on radiochemical or nuclear chemistry/physics methods. Experience in experimental nuclear science and data analysis and interpretation with applications to a variety of programmatic challenges in nuclear nonproliferation and national security. Proficient verbal and written communication skills to collaborate effectively in a multidisciplinary team and present and explain technical information. Demonstrated problem-solving, analytical, technical, organizational, and interpersonal skills to work with multiple scientific and technical teams involving members from various disciplines and performing effectively under conflicting priorities and rigorous project deadlines. Qualifications we desire Experience with MCNP, GEANT, or other radiation transport codes. Demonstrated skills in experimental/Monte-Carlo modeling. Demonstrated knowledge in nuclear decay schemes, spectroscopy, and nuclear data. Proficiency with python, root, C++, or other programming languages.

Lemont, Illinois, Washington State University (WSU) is seeking to hire a strongly self-motivated, talented experimentalist to work with scientists and engineers at a first-of-a-kind experimental user facility: The Dynamic Compression Sector (DCS) at the Advanced Photon Source (APS), Argonne National Laboratory. The DCS constitutes a new paradigm for understanding the dynamic compression and deformation response of materials subjected to extreme conditions on short time-scales. Real-time, atomistic-scale investigations of condensed matter phenomena are undertaken in single event, dynamic compression experiments through time-resolved, in-situ measurements utilizing the tunable, high energy X-ray capabilities at the APS. We are looking to hire a Laser / Optical Physicist who enjoys hands-on work and problem solving in a fast-paced, research environment and will work with a team of physicists responsible for the operation and maintenance of the DCS 100J laser System to ensure optimal performance, develop new capabilities, and conduct state-of-the-art scientific experiments on behalf of users. Additionally, many of the experiments performed at the DCS utilize a wide variety of lasers that are integral to characterizing/understanding the shock compressed state of materials and wide array of optical detection and analysis approaches are utilized. While the primary responsibility of this position will be for the 100J laser, the successful candidate will also be expected to operate and maintain additional optical systems, as needed for a broad range of user experiments. The salary range is $85,000 - $130,000, commensurate with the candidate’s experience and qualifications. Other benefits include health/dental insurance, vacation/sick leave, and retirement plans. Responsibilities for this position include, but are not limited to: Participate in the operation of the 100-Joule laser for laser-shock research activities, contribute to the design and conduct of laser-shock experiments, and work with scientific users. This also includes quantifying and archiving the laser performance for each shot. Working with other laser experts, document and maintain safe operating procedures related to the laser and its control areas at the DCS. Work with the DCS users to prepare for experiments in advance. This includes providing guidelines for experimental design, as well as personnel safety and equipment operating procedures. Contribute effectively to all aspects of the various research projects including assistance to DCS users; optimal and safe operations of the experimental facilities; ensure availability of experimental components, equipment, and supplies; enhancement of experimental capabilities; and working effectively in a team setting to advance the DCS research mission. Independently define and complete experimental projects and tasks; conduct and analyze research experiments and prepare reports and publications as appropriate. Required Qualifications: A Ph.D. degree in Physics or a related field with a strong background in lasers and optics. Demonstrated strong hands-on ability with the design and optimization of nonlinear optical systems and associated diagnostic equipment. Strong interest in being involved in all aspects of DCS user experiments. Good familiarity with hardware and software required to support user experiments on a large-scale laser. Good computer skills, including experience with programs for instrument control and analysis, such as LabView and Matlab. Experience with optical design software is useful but not required (e.g. Zemax). Excellent communication skills, both oral and written. Ability to work independently and in a team environment, as needed. Personal attributes should include critical thinking, good judgment, clear sense of purpose, attention to detail, ability to work effectively in a team, and accountability. Must be able to obtain a badge at U.S. Department of Energy National Laboratories to gain access to restricted areas. Applications: Applicants should submit the following information via the WSU Jobs site Posting R-9860: Cover letter to the attention of Dr. Paulo Rigg explicitly addressing the qualifications for this position and date of availability Detailed curriculum vitae Contact information for three professional references (name, email, and phone number) Due to the large volume of applications, we will contact only those selected for next steps. Additional information about the Institute for Shock Physics and Washington State University follows: The Institute has ongoing research activities at the following three locations: Institute for Shock Physics - Pullman, WA: Combining research innovations and rigorous education. Dynamic Compression Sector - Argonne, IL: Frontier of dynamic compression science (first-of-a-kind worldwide user facility) located at the Advanced Photon Source, Argonne National Laboratory. Applied Sciences Laboratory - Spokane, WA: Transforming science into practical solutions.   WASHINGTON STATE UNIVERSITY IS AN EQUAL OPPORTUNITY/AFFIRMATIVE ACTION EDUCATOR AND EMPLOYER. Members of ethnic minorities, women, special disabled veterans, veterans of the Vietnam-era, recently separated veterans, and other protected veteran, persons of disability and/or persons age 40 and over are encouraged to apply. WSU employs only U.S. citizens and lawfully authorized non-U.S. citizens. All new employees must show employment eligibility verification as required by the U.S. Citizenship and Immigration Services. WSU is committed to providing access and reasonable accommodation in its services, programs, activities, education and employment for individuals with disabilities. To request disability accommodation in the application process, contact Human Resource Services: 509-335-4521 (v), Washington State TDD Relay Service: Voice Callers: 1-800-833-6384; TDD Callers: 1-800-833-6388, 509-335-1259(f), or [email protected].

Berkeley, California, Director, Molecular Foundry - 101340 Division: AE-Energy Sciences Berkeley Lab is seeking a dynamic scientific leader to serve as the  Director of the Molecular Foundry .  The  Molecular Foundry  is a national scientific user facility and independent division at Berkeley Lab, and one of five Nanoscale Science Research Centers sponsored by the Basic Energy Sciences Office of the U.S. Department of Energy (DOE) Office of Science. The Director guides the dual mission of the Molecular Foundry, which is both a multidisciplinary research center at the forefront of nanoscale science and a knowledge-based user facility that provides its state-of-the-art expertise, methods, and instrumentation to nearly 1,000 users per year. The Foundry features collaborative research staff and world-leading capabilities in its seven integrated technical facilities: Imaging and Manipulation of Nanostructures; Nanofabrication; Theory of Nanostructured Materials; Inorganic Nanostructures; Biological Nanostructures; Organic and Macromolecular Synthesis; and the National Center for Electron Microscopy.  Position Summary: Reporting to the Associate Laboratory Director for Energy Sciences, the Molecular Foundry Director is responsible for providing scientific vision and organizational leadership for both the user and internal research programs of the Molecular Foundry, and building a vibrant, diverse, and interactive research community at the Foundry. The Director is responsible for representing and strategically prioritizing investments and initiatives that promote the Foundry’s highly collaborative, multidisciplinary internal research portfolio, ensuring that it is responsive to the needs of the nanoscience user community. The Director establishes a culture of excellence and inclusion by recruiting and retaining outstanding employees – including scientists, engineers and technical staff in strategic areas of basic research who perform independent research and collaborate with users – and enthusiastically supports and promotes their careers. The Director is also responsible for maintaining a vibrant user program, including formulating strategies for user outreach, recruitment, and tracking and responding to the needs of the user community, as expressed by the User Executive Committee. The Director oversees a budget of approximately $50 million and a staff of over 100 employees. The Director receives scientific and strategic guidance from an external Scientific Advisory Board, as well as an internal committee of scientific Facility Directors and other senior leaders. The Molecular Foundry Director is a member of the executive team for the Energy Sciences Area, a group of four Berkeley Lab Divisions that are primarily funded by the Basic Energy Sciences program of the DOE Office of Science, as well as a member of the Laboratory's management team responsible for guiding institutional priorities. In this role, the Director will build collaborative partnerships and programs within the Energy Sciences Area, with other Divisions across Berkeley Lab, and with external research institutions. Other important responsibilities include acting as a spokesperson for the Foundry in interactions with DOE and articulating the Foundry’s mission to visitors and the public at large. Equally important, the Director is responsible for advancing Berkeley Lab’s stewardship values of team science, innovation, trust, respect, and service, including championing and continually building upon a culture that is committed to the ideals of Inclusion, Diversity, Equity, and Accountability.  While not a requirement given the scope of management responsibilities associated with this Director role, the successful candidate may choose to design and lead a robust individual research program that is synergistic with current expertise and capabilities at the Foundry and across Berkeley Lab. Key Responsibilities: Provide scientific and operational leadership for the Molecular Foundry, including creating a strategic vision and short- and long-term strategies for the Division in support of the Laboratory’s mission and supporting strategies.  Ensure the reliable and safe operation of the facility (including all equipment, capabilities, and experiments) for both users and staff, and pursue strategies to proactively mitigate risks. Maintain and advance the Molecular Foundry’s world-class user program. Lead by example, establishing an inclusive and respectful working environment and culture for Molecular Foundry staff and users. Oversee the recruitment and career advancement of Foundry employees through active mentoring, and promote a culture of inclusion, equity, diversity and psychological safety.  Oversee the development of budgets and staffing plans. Champion the Research & Development activities within the Division. Serve as a member of the executive team of Berkeley Lab’s Energy Sciences Area; work collaboratively with the Associate Laboratory Director and peer Division Directors (Advanced Light Source, Chemical Sciences, Materials Sciences) to develop new research initiatives and other activities to advance the mission of the Area. Build institution-wide partnerships and programs across other Berkeley Lab Scientific Areas and Divisions, and maintain and evolve productive partnerships with the Basic Energy Sciences program within the DOE Office of Science. Engage senior Foundry management and key stakeholders to build consensus for major decisions affecting the Foundry user community and key stakeholders. Serve as the Molecular Foundry’s primary point of contact to the DOE, scientific community, and public. Establish and maintain a productive management partnership with the Foundry’s primary sponsor, the Scientific User Facilities Division of Basic Energy Sciences within the DOE’s Office of Science. Lead Molecular Foundry efforts to prepare for, conduct, and respond to DOE programmatic reviews, workshops, and funding opportunities. Build partnerships with other nanocenters, DOE user facilities at Berkeley Lab, Berkeley Lab/UC Berkeley scientists, academic institutions, and industry. Required Qualifications: Ph.D. in chemistry, materials science, physics, bioscience or a field relevant to nanoscience (or equivalent experience), and an internationally recognized record of scientific accomplishments and current scientific leadership related to Foundry research.  Demonstrated record of effective management of scientific projects, programs, or facilities. Demonstrated ability to create and implement a scientific vision across multiple domain areas. Ability to provide effective management, administrative oversight, and creativity in decision making and problem solving; experience in human resources management. Demonstrated ability to interact effectively with funding agencies and external stakeholders, and demonstrated ability to initiate substantial new research efforts and collaborations. Skilled in building and leading collaboration among multidisciplinary teams, including scientists, engineers, and technical support staff. Excellent communication and interpersonal skills, including the ability to interact and collaborate effectively with diverse groups of scientists, engineers, technical and operations staff, and with external stakeholders from both scientific and lay backgrounds. Demonstrated track record of advancing diversity, equity, inclusion and accountability, establishing a welcoming and inclusive working environment and culture, and supporting the career development of scientific and operations staff. Ability to interact at the highest level of management, both internally and externally, in a constructive and collaborative manner. Desired Qualifications: At least 15 years of post-degree professional experience and regarded as a respected scientific expert and leader in a field closely related to nanoscience. Experience working with DOE and familiarity with their programs and structure. Experience relating to the management and operation of a user facility or large-scale multidisciplinary research center. Application Guidelines: For full consideration, please submit your CV and cover letter by May 24, 2024.  In the cover letter, please highlight: your interest and vision for the position; relevant organizational leadership experience (including size of organizations/teams managed); relevant research accomplishments; and personal contributions to diversity, equity, and inclusion. Notes: This is a full-time career appointment, exempt (monthly paid) from overtime pay. This position is expected to pay $300,000 to $365,000, which fits within the full salary range of $226,104 to $469,284 for the Scientific Division Director job classification. It is not typical for an individual to be offered a salary at or near the top of the full range for a position. Salary for this position will be commensurate with the final candidate’s qualifications and experience (including skills, knowledge, relevant education, certifications), as well as aligned with the internal leadership peer group. This position may be subject to a background check. Any convictions will be evaluated to determine if they directly relate to the responsibilities and requirements of the position. Having a conviction history will not automatically disqualify an applicant from being considered for employment. The Molecular Foundry Director is an at-will position that is appointed by and serves at the discretion of the Laboratory Director.  This position is subject to the financial disclosure requirements of the California Political Reform Act of 1974. The successful candidate for this position will be required to file financial interest statements upon assuming this position, annually while holding this position, and when leaving this position. Work will be primarily performed at Lawrence Berkeley National Lab, 1 Cyclotron Road, Berkeley, CA. How To Apply Apply directly online  and follow the on-line instructions to complete the application process. Learn About Us: Berkeley Lab is a U.S. Department of Energy national laboratory managed by the University of California and designated a Federally Funded Research and Development Center. Located in the San Francisco Bay Area, we have a close relationship with UC Berkeley, as well as robust partnerships with other academic institutions and industries, including those in Silicon Valley. The Laboratory conducts world-class research that supports clean energy, a healthy planet, and solution-inspired discovery science. Berkeley Lab is defined by our deeply felt sense of  stewardship   which we describe as a commitment to taking care of the Laboratory's research, people, and resources that are entrusted to us. Our values of team science, innovation, service, trust, and respect knit us together as a community. We practice these values and prioritize our principles of inclusion, diversity, equity, and accountability ( IDEA ) to build highly effective teams that produce world-class science and technology and where all individuals, regardless of their backgrounds, disciplines, and experiences, can thrive. Equal Opportunity and IDEA Information Links: Know your rights,  click here  for the supplement: Equal Employment Opportunity is the Law and the  Pay Transparency Nondiscrimination Provision  under 41 CFR 60-1.4.  

Berkeley, California, Director, Molecular Foundry - 101340 Division: AE-Energy Sciences Berkeley Lab is seeking a dynamic scientific leader to serve as the  Director of the Molecular Foundry .  The  Molecular Foundry  is a national scientific user facility and independent division at Berkeley Lab, and one of five Nanoscale Science Research Centers sponsored by the Basic Energy Sciences Office of the U.S. Department of Energy (DOE) Office of Science. The Director guides the dual mission of the Molecular Foundry, which is both a multidisciplinary research center at the forefront of nanoscale science and a knowledge-based user facility that provides its state-of-the-art expertise, methods, and instrumentation to nearly 1,000 users per year. The Foundry features collaborative research staff and world-leading capabilities in its seven integrated technical facilities: Imaging and Manipulation of Nanostructures; Nanofabrication; Theory of Nanostructured Materials; Inorganic Nanostructures; Biological Nanostructures; Organic and Macromolecular Synthesis; and the National Center for Electron Microscopy.  Position Summary: Reporting to the Associate Laboratory Director for Energy Sciences, the Molecular Foundry Director is responsible for providing scientific vision and organizational leadership for both the user and internal research programs of the Molecular Foundry, and building a vibrant, diverse, and interactive research community at the Foundry. The Director is responsible for representing and strategically prioritizing investments and initiatives that promote the Foundry’s highly collaborative, multidisciplinary internal research portfolio, ensuring that it is responsive to the needs of the nanoscience user community. The Director establishes a culture of excellence and inclusion by recruiting and retaining outstanding employees – including scientists, engineers and technical staff in strategic areas of basic research who perform independent research and collaborate with users – and enthusiastically supports and promotes their careers. The Director is also responsible for maintaining a vibrant user program, including formulating strategies for user outreach, recruitment, and tracking and responding to the needs of the user community, as expressed by the User Executive Committee. The Director oversees a budget of approximately $50 million and a staff of over 100 employees. The Director receives scientific and strategic guidance from an external Scientific Advisory Board, as well as an internal committee of scientific Facility Directors and other senior leaders. The Molecular Foundry Director is a member of the executive team for the Energy Sciences Area, a group of four Berkeley Lab Divisions that are primarily funded by the Basic Energy Sciences program of the DOE Office of Science, as well as a member of the Laboratory's management team responsible for guiding institutional priorities. In this role, the Director will build collaborative partnerships and programs within the Energy Sciences Area, with other Divisions across Berkeley Lab, and with external research institutions. Other important responsibilities include acting as a spokesperson for the Foundry in interactions with DOE and articulating the Foundry’s mission to visitors and the public at large. Equally important, the Director is responsible for advancing Berkeley Lab’s stewardship values of team science, innovation, trust, respect, and service, including championing and continually building upon a culture that is committed to the ideals of Inclusion, Diversity, Equity, and Accountability.  While not a requirement given the scope of management responsibilities associated with this Director role, the successful candidate may choose to design and lead a robust individual research program that is synergistic with current expertise and capabilities at the Foundry and across Berkeley Lab. Key Responsibilities: Provide scientific and operational leadership for the Molecular Foundry, including creating a strategic vision and short- and long-term strategies for the Division in support of the Laboratory’s mission and supporting strategies.  Ensure the reliable and safe operation of the facility (including all equipment, capabilities, and experiments) for both users and staff, and pursue strategies to proactively mitigate risks. Maintain and advance the Molecular Foundry’s world-class user program. Lead by example, establishing an inclusive and respectful working environment and culture for Molecular Foundry staff and users. Oversee the recruitment and career advancement of Foundry employees through active mentoring, and promote a culture of inclusion, equity, diversity and psychological safety.  Oversee the development of budgets and staffing plans. Champion the Research & Development activities within the Division. Serve as a member of the executive team of Berkeley Lab’s Energy Sciences Area; work collaboratively with the Associate Laboratory Director and peer Division Directors (Advanced Light Source, Chemical Sciences, Materials Sciences) to develop new research initiatives and other activities to advance the mission of the Area. Build institution-wide partnerships and programs across other Berkeley Lab Scientific Areas and Divisions, and maintain and evolve productive partnerships with the Basic Energy Sciences program within the DOE Office of Science. Engage senior Foundry management and key stakeholders to build consensus for major decisions affecting the Foundry user community and key stakeholders. Serve as the Molecular Foundry’s primary point of contact to the DOE, scientific community, and public. Establish and maintain a productive management partnership with the Foundry’s primary sponsor, the Scientific User Facilities Division of Basic Energy Sciences within the DOE’s Office of Science. Lead Molecular Foundry efforts to prepare for, conduct, and respond to DOE programmatic reviews, workshops, and funding opportunities. Build partnerships with other nanocenters, DOE user facilities at Berkeley Lab, Berkeley Lab/UC Berkeley scientists, academic institutions, and industry. Required Qualifications: Ph.D. in chemistry, materials science, physics, bioscience or a field relevant to nanoscience (or equivalent experience), and an internationally recognized record of scientific accomplishments and current scientific leadership related to Foundry research.  Demonstrated record of effective management of scientific projects, programs, or facilities. Demonstrated ability to create and implement a scientific vision across multiple domain areas. Ability to provide effective management, administrative oversight, and creativity in decision making and problem solving; experience in human resources management. Demonstrated ability to interact effectively with funding agencies and external stakeholders, and demonstrated ability to initiate substantial new research efforts and collaborations. Skilled in building and leading collaboration among multidisciplinary teams, including scientists, engineers, and technical support staff. Excellent communication and interpersonal skills, including the ability to interact and collaborate effectively with diverse groups of scientists, engineers, technical and operations staff, and with external stakeholders from both scientific and lay backgrounds. Demonstrated track record of advancing diversity, equity, inclusion and accountability, establishing a welcoming and inclusive working environment and culture, and supporting the career development of scientific and operations staff. Ability to interact at the highest level of management, both internally and externally, in a constructive and collaborative manner. Desired Qualifications: At least 15 years of post-degree professional experience and regarded as a respected scientific expert and leader in a field closely related to nanoscience. Experience working with DOE and familiarity with their programs and structure. Experience relating to the management and operation of a user facility or large-scale multidisciplinary research center. Application Guidelines: For full consideration, please submit your CV and cover letter by May 24, 2024.  In the cover letter, please highlight: your interest and vision for the position; relevant organizational leadership experience (including size of organizations/teams managed); relevant research accomplishments; and personal contributions to diversity, equity, and inclusion. Notes: This is a full-time career appointment, exempt (monthly paid) from overtime pay. This position is expected to pay $300,000 to $365,000, which fits within the full salary range of $226,104 to $469,284 for the Scientific Division Director job classification. It is not typical for an individual to be offered a salary at or near the top of the full range for a position. Salary for this position will be commensurate with the final candidate’s qualifications and experience (including skills, knowledge, relevant education, certifications), as well as aligned with the internal leadership peer group. This position may be subject to a background check. Any convictions will be evaluated to determine if they directly relate to the responsibilities and requirements of the position. Having a conviction history will not automatically disqualify an applicant from being considered for employment. The Molecular Foundry Director is an at-will position that is appointed by and serves at the discretion of the Laboratory Director.  This position is subject to the financial disclosure requirements of the California Political Reform Act of 1974. The successful candidate for this position will be required to file financial interest statements upon assuming this position, annually while holding this position, and when leaving this position. Work will be primarily performed at Lawrence Berkeley National Lab, 1 Cyclotron Road, Berkeley, CA. How To Apply Apply directly online  and follow the on-line instructions to complete the application process. Learn About Us: Berkeley Lab is a U.S. Department of Energy national laboratory managed by the University of California and designated a Federally Funded Research and Development Center. Located in the San Francisco Bay Area, we have a close relationship with UC Berkeley, as well as robust partnerships with other academic institutions and industries, including those in Silicon Valley. The Laboratory conducts world-class research that supports clean energy, a healthy planet, and solution-inspired discovery science. Berkeley Lab is defined by our deeply felt sense of  stewardship   which we describe as a commitment to taking care of the Laboratory's research, people, and resources that are entrusted to us. Our values of team science, innovation, service, trust, and respect knit us together as a community. We practice these values and prioritize our principles of inclusion, diversity, equity, and accountability ( IDEA ) to build highly effective teams that produce world-class science and technology and where all individuals, regardless of their backgrounds, disciplines, and experiences, can thrive. Equal Opportunity and IDEA Information Links: Know your rights,  click here  for the supplement: Equal Employment Opportunity is the Law and the  Pay Transparency Nondiscrimination Provision  under 41 CFR 60-1.4.  

Livermore, California, We have an opening for a Postdoctoral Researche r to join our team and contribute to theory and simulation research in the exciting field of the Magnetic Fusion Energy Science. As a Postdoctoral Researcher, you will play a vital role in developing groundbreaking modelling techniques and utilizing them to tackle key challenges in boundary physics of tokamak plasmas. This research position is part of the esteemed LLNL Fusion Energy Sciences Program, situated within the Physics Division. You will Contribute to the advancement of numerical simulations for boundary plasmas, encompassing MHD stability, turbulence transport and divertor detachments within various operating scenarios of tokamak plasmas. Your primary objective will involve studying the operating regimes characterized by the absence of Edge-Localized Modes (ELMs) or the presence of small ELMs, while closely investigating the resulting power and particle fluxes directed towards plasma facing components. Design and implement cutting-edge simulation techniques with the aim of advancing and expanding the capabilities of current tokamak codes, specifically in the realm of multiscale edge-physics modeling. Your role will involve designing methodologies and integrating them into existing codes to enable more comprehensive and accurate simulations of the intricate physics occurring at the boundary of tokamak plasmas across multiple scales. Pursue independent (but complementary) research interests while collaborating with diverse experts, including plasma theorists, applied mathematicians, computer scientists and fusion experimentalists, to accomplish research objectives in a multidisciplinary team environment. Contribute to research conception, design, and execution to address defined problems. Publish research finding in peer-reviewed scientific or technical journals and deliver presentations of results at external conferences, seminars, and technical meetings. Perform other duties as assigned. PhD in Physics or a closely related discipline. Experience in the development of fluid, Gyro-Landau Fluid, and/or kinetic plasma modeling codes. Expertise in applying such codes, along with advanced plasma theory, to magnetic fusion plasmas, establishing connection with experiments Ability to develop independent research projects, as demonstrated by a track record of publishing peer-reviewed literature. Proficient verbal and written communication skills, effectively enabling collaboration in team environments and the ability to present and articulate technical information clearly. Initiative and excellent interpersonal skills, and the ability to work harmoniously in a collaborative, multidisciplinary team environment. Qualifications We Desire Proficiency in programming languages, such as C++, MPI, Python, OpenMP, CUDA, RAJA, Kokkos, SYCL, and/or other scripting languages. Deep knowledge on plasma edge physics, turbulence and transport theory, Gyro-Landau-Fluid models, large scale MHD simulations, as well as moment-based neutral and impurity models. Familiarity with advanced numerical methods for discretization, efficient code-coupling techniques for multi-physics, and/or preconditioners for implicit methods. Expertise in machine learning techniques and demonstrate the ability to implement them effectively for large-scale and multi-physics plasma simulations