Doctoral Schools WUT

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Wykaz obszarów badawczych związanych z tagiem Fluorescencja:

# Obszar badawczy Dziedzina naukowa
1 ""Fingerprints"" of quantum dots for analytical and bioanalytical purposes. The subject of the PhD thesis is related to the use of nanomaterials - quantum dots - to create fluorescent ""fingerprints"" for the identification / determination of selected bioanalytes with a similar structure: amino acids, oligopeptides, neurotransmitters, hormones, nucleosides, and metabolites. Recognition by means of a unique pattern hidden in such a ""fingerprint"" is an alternative to classical molecular recognition based on the principle of lock and key and requires the desired information to be decoded using numerical methods. The aim of the doctorate will be to design, develop and determine the analytical capabilities of quantum dot arrays that have the potential to create useful bioanalytical tools. The proposed methodology has great potential as a quick, universal, easy-to-perform test that can be used in medical diagnostics, systems biology, proteomics and metabolomics studies.
2 The research topic involves design of luminescent compounds with a special emphasis on systems that exhibit Thermally Activated Delayed Fluorescence (TADF). The research will mainly devoted to using novel heterocyclic organoboron cores, featuring strongly electron-acceptor properties, as key building blocks. The obtained compounds will be comprehensively characterized which includes determination of their important photophysical parameters. Also, the use of obtained systems as emitters in Organic Luminscent Diodes (OLED) is planned.
3

Chemia metaloorganiczna - Synteza z udziałem związków litoorganicznych. Synteza i badanie właściwości związków boroorganicznych. Badanie właściwości luminescencyjnych związków metaloorganicznych - wpływ oddziaływań wewnątrz- oraz międzycząsteczkowych na aktywność luminescencyjną. Fotochemia - wykorzystanie fotokatalizy do syntezy związków organicznych. Opracowywanie nowych reakcji fotokatalitycznych oraz synteza i badanie właściwości nowych fotokatalizatorów. Badania fotofizyczne związków boroorganicznych - potencjalnych fotokatalizatorów.