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the mutual communication between the circadian clock and physiological processes and the impact of its disruption on health using animal models, including laboratory rats, and transgenic mouse models
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collective effects related to engineered long-range optical interactions emerge. This involves developing models accounting for the dynamics of the excitations in molecular emitters coupled to structured
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project planning. Ideal Background: PhD in neuroscience, biomedical engineering, computational neuroscience, or a related field. Experience with brain stimulation, neurophysiology, or neural signal
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at international conferences. Skills and Qualifications The applicant should: Be a researcher who has received a PhD or its equivalent in experimental Condensed Matter Physics or in a related field of study from
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Active participation in scientific conferences, meetings, and presentation of research results Skills and Qualifications The applicant must have: PhD degree in Biochemistry, Genomics and Proteomics
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well as future research areas for the whole lab. RESPONSIBILITIES: Collaborating with the project team (PI, 2 postdocs, 2 Phd students) to design and execute laboratory and field studies. Designing experimental
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at international conferences. Skills and Qualifications The applicant should: Be a researcher who has received a PhD or its equivalent in experimental Condensed Matter Physics or in a related field of study from
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the area of Environment & Health, studying toxic compounds and their behavior, transport & bioaccumulation to evaluate environmental effects, assess the exposure and health risks to humans, and develop