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of optical signals and for modeling optical metamaterials at the nanoscale based on lithograph-free, quasi-ordered arrays of plas-monic nanoantennas obtained with TDW/GLAD, development of plasmonic
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" Tumor viscoelasticity as a central player in glioblastoma treatment - towards mechanopharmacology". As part of the experimental work, the tasks will include: Development of 3D hydrogels with controlled
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the mechanisms and develop innovative therapies and diagnostic methods for cancer, diabetes, neurodegenerative diseases, neurological disorders and other civilization diseases. In addition to basic biological
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FieldPhysicsEducation LevelPhD or equivalent Skills/Qualifications -Ph.D. in the field of chemistry, materials science, biomedical engineering or related disciplines -Experience in the development of targeted therapies
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”, FENG.02.03-IP.05-0021/24 The project aims to develop a new type of single-photon source (SPS), operating at room temperature and electrically excited, with potential for both research and quantum
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The project aims to develop a new type of single-photon source (SPS), operating at room temperature and electrically excited, with potential for both research and quantum telecommunications applications, in
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scientific and research and development activities to ensure the continuous advancement of science and technology developing scientific creativity, deepening one’s knowledge, and improving professional skills
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Offer Description The successful candidate will be expected to work primarily on aspects related to precision predictions for the LHC and parton-shower simulations. The project encompasses the development
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The aim of the project is to develop a pH-responsive zeolite–bisphosphonate complex that will serve as the basis for the fabrication of an intelligent bone implant for the treatment of osteoporotic
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a Research Infrastructure? No Offer Description Project Description The aim of this project is to develop innovative magnetic biomaterials based on zeolites and zeolitic imidazolate frameworks (ZIFs