Kitchen manager in állások Külföldön (kutató)

• Research on Atmospheric Microphysics in the AMP Department
• Strategic management and coordination of CAIS-ECAC within the framework of ACTRIS--ERIC
• Ensuring and monitoring scientific and qualitative standards for aerosol characterization

• Analysis and interpretation of high-resolution single-cell RNA-seq and scATAC-seq data to elucidate cellular processes
• Processing and integration of spatial transcriptomics data to reveal molecular patterns in their tissue context

• to develop automated workflows for descriptor-based microstructure reconstruction
• to identify material parameters for crystal plasticity simulations from experimental data through inverse analysis

• Pathogenesis – mechanisms of viral disease
• Target Characterization – identification of viral and host molecules critical for infection
• Immunity – understanding immune defense and immunopathology in viral infections
• Intervention – development of antiviral and vaccine strategies

• Disciplinary group leader of 11 beamline teams, laboratories and sample environment
• Full responsibility for budget and staff

The Division of B Cell Immunology studies the molecular and cellular mechanisms affecting the quality of immune responses to vaccination for malaria in preclinical models and humans. The work includes diverse immunological, molecular, cellular, and biochemical assays. In this role, you will plan,...

• Drive research on cryogenic high-power laser amplifiers and advanced system design
• Develop and operate record-breaking laser systems for fusion applications
• Publish experimental results and present at international conferences
• Mentor young scientists and engineers in a dynamic team

• Drive research on cryogenic high-power laser amplifiers and advanced system design
• Develop and operate record-breaking laser systems for fusion applications
• Publish experimental results and present at international conferences
• Mentor young scientists and engineers in a dynamic team

Org-BOOST integrates human organoid technologies, bioengineering, single-cell and spatial multiomics, advanced imaging, and machine-learning-based analysis to unravel mechanisms of tumor initiation, plasticity, therapy resistance, and tumor–microenvironment interactions across multiple solid...