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Category: Job Center

Category: Job Center

Research Associate (Postdoc)

Department of Applied Mathematics and Theoretical PhysicsCambridge – United Kingdom We are recruiting a postdoctoral researcher to investigate how living cells sense and respond to their physical and environmental surroundings. The project combines quantitative live-cell imaging, biophysics and image analysis approaches to study the dynamics and organisation of cellular structures. Candidates with backgrounds in cell biology, biophysics, soft matter, microscopy, or quantitative image analysis are encouraged to apply. We particularly welcome applicants with a broad interest in mechanotransduction, light sensing, and the physical principles governing cellular adaptation. More info + online application Further information about the department and the group can be found at DAMTP: http://damtp.cam.ac.uk Lab: http://www.fluidlab.nl Informal enquiries can be made by contacting Dr Maziyar Jalaal at m.jalaal@damtp.cam.ac.uk. If you have any queries regarding the application process, please contact LE49271@maths.cam.ac.uk.   Applications are invited for a Postdoctoral Research Associate position in the Jalaal Group at the University of Cambridge, Department of Applied Mathematics and Theoretical Physics (DAMTP). The successful candidate will be part of an active and interdisciplinary team of physicists and mathematicians and work on experimental and theoretical investigations of intracellular dynamics in photosynthetic organisms including plants and dinoflagellates. The project focuses on understanding how organelles (e.g, chloroplasts) sense, respond to, and adapt under varying environmental conditions, in particular different light regimes. Building on recent work from the group (Schramma et al. PNAS 2023,2024,2025), the research will combine advanced confocal and fluorescence microscopy, mechano-sensing assays, quantitative image processing and data analysis. The postdoc will also contribute to the theoretical side of the project, developing models grounded in active matter physics, non-equilibrium statistical physics, and the physics of adaptive and learning materials to interpret experimental observations. The position offers a structured career development path within an active and ambitious research group and department. The postdoc will be involved in the supervision of students and contribute to the mentoring of junior researchers (including planning and delivering seminars), and play an active role in developing fellowship applications and research grant proposals. The successful candidate will have (or expect to soon be awarded) a PhD in physics, engineering, biology, or a related field, and will have: Hands-on experience with confocal and/or fluorescence microscopy Strong skills in image processing and quantitative data analysis Strong background in theory of soft/active/biological matter Familiarity with theoretical or computational approaches from statistical physics A track record of original research An ability to communicate material of a technical nature and build internal and external contacts The position is expected to be available from 1 September 2026. Limit of tenure: The funds for this post are available for 24 months in the first instance. The post may be further renewed for a period of up to 12 months.

PhD call – QuanG2 – Grenoble, France

QuanG and QuanG2 are doctoral programmes dedicated to recruiting and training PhD students in quantum sciences and technologies, hosted in Grenoble, France. Funded by the European Commission under the MSCA COFUND scheme, and co-financed by national programmes such as QuanTEdu-France (France 2030) and LabEx LANEF, LabEx QuantAlps (IDEX), QuanG and QuanG2 brings together a vibrant ecosystem of academic laboratories, technological platforms, and industrial partners. Between 2022 and 2024, five PhD calls were launched, aiming to recruit talented early-stage researchers from across the world to carry out research in quantum materials, quantum computing, quantum technologies and their enabling tools. A new PhD call is now open from 8 June 2026 to 7 September 2026. Candidates can submit their applications through the official online application platform. Before starting your submission, we recommend exploring the homepage, where you will find all the useful information and guidance to help you prepare your application and navigate the process smoothly. Quang and QuanG2 cover the full spectrum of quantum science through four main research axes:  Quantum Materials Quantum Technologies and Devices Quantum Computing and Software Quantum Enabling Technologies.  An interdisciplinary foundation allows projects at the interface with chemistry, energy, humanities, and social sciences. Our training programme is built on four pillars: scientific training, mandatory secondments, network and community activities, and career development. Fellows gain hands-on research experience, mobility opportunities, professional training, and access to a vibrant scientific community. The application deadline is September, 7th 2026 More info + online application

Call for QuantAlps Postdoctoral Researcher Positions 2027

We are seeking outstanding candidates for QuantAlps Postdoctoral Researcher positions to develop an ambitious 2-year research programme on one of the topics relevant to QuantAlps (https://quantalps.univgrenoble-alpes.fr/research/), based in one of the QuantAlps laboratories (https://quantalps.univ-grenoble-alpes.fr/about-quantalps/laboratories/), and in collaboration with local researchers.  The candidates must have a Doctoral degree and at least 1 year of postdoctoral experience on the call deadline. The starting date can be any time between April 1st, 2027 and December 31st, 2027. Successful candidates will be employed by the Université Grenoble Alpes for 2 years with a monthly gross salary starting from 3020 Euros, depending on the work experience. The position has an accompanying research budget of 10 kEuros for operating costs and to support the successful candidates’ research activities. The selection will be based on the following criteria: scientific excellence of the candidate, quality of the research proposal, relevance to QuantAlps research topics, new skills and competences brought by the candidate to the QuantAlps ecosystem, contribution to synergy between different laboratories or teams within QuantAlps ecosystem. After a preliminary screening by the selection committee, the selected applications will be sent to external referees. Based on the referee reports, several candidates will be selected for an interview (to be announced in early November 2026 for an interview the first week of December). The final decision will be made shortly after the interviews in mid-December 2026. Successful candidates will have until January the 4th, 2027 to accept the offer. To apply, the candidates should contact local researchers to ensure the support of the potential host laboratory, prepare the application file using the research proposal form that can be downloaded here. The application must include a cover letter, a CV, and the filled-out research proposal form containing approval signatures of the local contact in the potential host laboratory and of the director of the laboratory. The application should be submitted via the online platform https://grist.numerique.gouv.fr/o/docs/forms/8PgMFz1Epiw2BXaquM8xS9/4 The candidates should arrange for two recommendation letters to be submitted via the following address, no later than the deadline of the call with the subject “QuantAlps Postdoctoral call First name Surname” to the address chairs-quantalps@univ-grenoble-alpes.fr. The application deadline is September, 15th 2026 at 17:00 (CEST). Contacts for any further information: About the recruitment procedure: Cécile COUTARD About the position: Denis BASKO More info Download the document

POSTDOCTORAL POSITION ON 2D AND 3D RECONSTRUCTIONOF BATTERY MATERIALS USING FIB-SEM (F/M/D)

The INM research group Structure Formation is seeking a motivated Postdoctoral Researcher to work on 2D and 3D reconstruction of battery materials to derive structure-property relationships of those, within the QC-Next Call funded by the BMBFTR Ministry of Germany. Project Description: Batteries are a vital component of many daily life devices and electric vehicles. Their performance depends heavily on the microstructure of the electrodes. While huge progress has been made to increase energy density, a full picture of the responsible microstructure is still lacking. FIB-SEM is a powerful tool that allows the investigation of 2D images of these materials. However, low contrast between the raw materials, high computational requirements, and the need for image analysis and interpretation slow the adoption of this technique as a standard measurement procedure. This project aims to develop a standardized workflow for the analysis of complex battery materials via FIB-SEM segmentation and reconstruction. This workflow is used to create a database containing microstructural metrics and their impact on the material performance. Both are used to support quantum-based analysis methods for a more efficient and reliable analysis of FIB-SEM data. The successful candidate will work in an interdisciplinary consortium of other research institutions and companies. At the INM – Leibniz Institute for New Materials, commercial and self-designed battery materials will be used to analyze their microstructure. Promising methods for increasing contrast will be explored and evaluated to produce images of the highest possible quality. Segmentation and reconstruction methods will be applied and compared to novel quantum-based approaches. Your Tasks: Prepare electrode materials using established Characterize the microstructure of electrode materials using FIB- Apply and develop 2D segmentation and 3D reconstruction Explore different methods to increase contrast between light Correlate structure–property relationships using microstructural Develop mechanistic concepts of composite conductivity based on your Publishing results in peer-reviewed journals and presentations at Supervise and support graduate and undergraduate Your Profile: Very good PhD in materials science, physics, or a similar Track record (publications) in conductive composite materials (batteries or other). Experience with SEM and/or FIB is Strong experimental skills, laboratory precision, and data management Proven publication record in high-quality Interest in quantum-based Very good communication skills (written and spoken) in Beneficial: Programming skills or willingness to Experience with digital materials science, data organization, and Practical experience with TEM We Offer: A 3-year E13 TV-L 100% contract starting 1st of October 2026. A dynamic, interdisciplinary, and international research environment with excellent, state-of-the-art More information

University Service Center for Transmission Electron Microscopy (USTEM)

Senior Scientist (all genders) TU Wien–Wien, Austria TU Wien is Austria’s largest institution of research and higher education in the fields of technology and natural sciences. With over 26,000 students and more than 4000 scientists, research, teaching, and learning dedicated to the advancement of science and technology have been conducted here for more than 200 years, guided by the motto “Technology for People”. As a driver of innovation, TU Wien fosters close collaboration with business and industry and contributes to the prosperity of society. TU Wien is looking for a committed person responsible for the Core Facilities Management at the University Service Center for Transmission Electron Microscopy (USTEM). The position is located at the interface of operational management, user support, personnel coordination, and the implementation of science-driven method development in advanced electron microscopy. USTEM hosts state-of-the-art transmission electron microscopy infrastructure and provides access, training, expertise, and technical support for researcher from a broad range of scientific disciplines. In addition to its role as a central user facility, USTEM supports the development of advanced electron microscopy methods, including novel approaches in analytical TEM/STEM, in-situ microscopy, time-resolved and coincidence-based detection schemes and electron quantum optics. In this key role, you will be responsible for the efficient operation of this core facility and you will ensure that strategic goals are implemented operationally in close coordination with the Center’s Scientific Steering Committee. Tasks: Daily Operations Promote the facility internally and externally as a service-oriented, collaborative research and method-development hub for electron microscopy Provide administrative leadership for the day-to-day operation and continuous development of the Center Responsible for ensuring optimal equipment performance, high-quality user support, and compliance with operational policies and safety standards Provide hand-on training, consultation and technical support to users, including students and early-career researchers Initiate, execute and manage contract research activities, including financial processing Manage facility personnel, fostering a service-oriented and collaborative team culture Exchange information and best practices with other core facilities Center Management Contributing to and implementing strategic planning in close cooperation with the Center’s Scientific Steering Committee to translate the scientific vision into smooth, user-friendly workflows and services Manage the facility in close partnership with users and researcher, ensuring that procedures, infrastructure, services and methods development support efficient, high-quality research Co-develop, implement, and continuously refine operational policies and procedures together with users and researcher  Serve as a primary contact point for users and researcher, providing hands-on training, technical support, and guidance tailored to their experimental needs Implement and maintain efficient systems for data storage and security, booking, and invoicing, with the goal of minimizing administrative burden for users Oversee the upkeep, availability, and continuous improvement of supplies and equipment  Oversee budget planning, resource allocation, and financial reporting in coordination with the Center’s Scientific Steering Committee Collaborate with facility users and researchers to support their research projects, including participation in project planning and execution Promote networking and exchange among facility users to foster collaboration, shared expertise, and joint funding applications Serve as the point of contact for companies regarding service, consumables, and equipment development Responsible for managing human resources administration for the Core Facility in accordance with TU Wien guidelines Research Development and Scientific Quality Assurance Implement and monitor quality standards, safety regulations, and documentation processes Ensure compliance with safety regulations and university policies Stay informed about technological advancements and integrate innovative solutions in coordination with the Center’s Scientific Steering Committee Enhance and support collaborative research projects with center users Secure third-party funding through academic-industrial cooperations and infrastructure grants Promote method development and technological advancements Your profile: PhD degree in physics, chemistry or a closely related field Technical understanding of electron microscopy techniques and associated workflows An interest in adapting or further developing SEM/TEM-based experimental methods, such as integrating specialized holders, optical or in-situ access and detectors  Ideally, experience in sample preparation for electron microscopy and related methods Experience with advanced or specialized TEM/STEM methods, such as in-situ tools, EELS, EDX or time-resolved microscopy (pump-probe), will be considered an asset Proven experience in managing a research facility or research teams Ability to communicate with and understand the requirements of scientists from different disciplines Strong team-working skills and ability to train and develop personnel Excellent time management and ability to prioritize International research experience across different institutions, including postdoctoral experience in renowned research groups, research institutes, or advanced electron microscopy facilities, will be considered a strong asset Proven experience in supporting and coordinating third-party funded projects, including infrastructure grants, service-related funding schemes, and academic-industrial collaborations, will be considered a strong asset Excellent communication skills in English (C1), knowledge of German or willingness to acquire German language skills will be considered an asset We offer: An innovative highly interdisciplinary environment A management position that allows self-reliant decision making A unique opportunity to work with new state-of-the-art electron microscopy infrastructure, including probe- and image-corrected TEM/STEM instruments with ultrafast capabilities (fs-laser triggered), time-resolved direct electron detection (Timepix3), liquid-helium-cooled sample holder, and advanced platforms for quantum electron optics method development Excellent opportunities for personal development in a scientifically stimulating international environment Flexible working hours, reconciling career and family, a range of according university services A range of attractive social benefits (see Benefits) TU Wien is committed to increasing the proportion of women in particular in leadership positions. Female applicants are explicitly encouraged to apply. Preference will be given to women when equally qualified, unless reasons specific to a male applicant tilt the balance in his favour. People with special needs are equally encouraged to apply. In case of any questions, please contact the confidant for disabled persons at the university, Mr. Gerhard Neustätter. Entry level salary is determined by the pay grade B1 of the Austrian collective agreement for university staff. This is a minimum of currently EUR 5,014.30/month gross, 14 times/year for 40 hours/week. Relevant working experiences may increase the monthly income. We look forward to receiving your application until July 23rd, 2026. Go to the job offer page Contact karriere@tuwien.ac.at

University Service Center for Transmission Electron Microscopy (USTEM)

Technician (all genders) in the Department of Electron Microscopy TU Wien–Wien, Austria TU Wien is Austria’s largest institution of research and higher education in the fields of technology and natural sciences. With over 26,000 students and more than 4000 scientists, research, teaching, and learning dedicated to the advancement of science and technology have been conducted here for more than 200 years, guided by the motto “Technology for People”. As a driver of innovation, TU Wien fosters close collaboration with business and industry and contributes to the prosperity of society. The Service Unit “University Service Centre for Transmission Electron Microscopy” at TU Wien is offering a position as Technician (all genders) in the Department of Electron Microscopy limited to expected 2 years with the option to extend for 40 hours/week or minimum 30 hours/week. The expected starting date is immediately. Tasks: Design, setup, commissioning, and further development of laboratory infrastructure in the field of transmission electron microscopy and electron microscopy Independent operation and technical support, as well as independent maintenance and servicing of electron microscopes and associated peripherals, laboratory equipment, and utility infrastructure, along with independent troubleshooting Substantive and technical support, as well as collaboration on projects Training on equipment, machines, and systems as needed Active participation in the installation, adaptation, and maintenance of additional experimental setups Support in the procurement, management, and maintenance of equipment, as well as oversight of the materials warehouse Execution and documentation of organizational and administrative tasks related to laboratory and facility operations Responsibility for safety, maintenance, and operational documentation, as well as monitoring and reporting Collaboration in coordinating processes with users, manufacturers, and internal users Your profile: Completed technical education, for example HTL, technical college, apprenticeship with additional technical qualification, or equivalent, in electronics, mechatronics, or related fields Interest in scientific instruments and high-precision laboratory technology Experience working with technical systems, measuring instruments, and vacuum technology is an advantage Structured, reliable, and independent working style Organizational skills and willingness to also take on administrative tasks Team player with strong communication skills and a sense of responsibility Excellent English skills and good German skills are an advantage Strong digital and analytical skills Good organizational and planning abilities Clear and reliable communication Openness to innovation and continuous improvement High sense of responsibility and initiative Professional and solution-oriented working style Team spirit and cooperative mindset We offer: A wide variety and exciting range of tasks in a collegial team A range of attractive social benefits (see Benefits) Wide range of internal and external training opportunities, various career options Go to the job offer page Contact karriere@tuwien.ac.at