hat
Objektif la nan pwojè sa a se yo devlope yon teknik modèl efikas pou quantitative deskripsyon, analiz, ak optimize nan avanse byokapteur entra [1] ak makè pou rechèch ak terapi, lè l sèvi avèk rezonans optik nan nano metal (NPS). Ap teknik la dwe baze sou rezonans ekspansyon nan eta a (RSE), yon nouvo pwisan metòd teyorik nan elèktrodinamik ak optik vag, dènyèman envante ak devlope pa sipèvizè pwojè a [2]. RSE a pral pèmèt yo pwodwi yon zouti vit ak egzat enfòmatik, leve limit yo vitès nan metòd jounen jodi a ki disponib, pou konsepsyon an ak optimize nan NPS plasmonik. Sa a ap amelyore devlopman yo, fabwikasyon, epi sèvi ak nan aplikasyon pou biotechnologie.
eng
The aim of this project is to develop an efficient modelling technique for quantitative description, analysis, and optimization of advanced intracellular biosensors [1] and markers for research and therapy, by using optical resonances of metal nanoparticles (NPs). The technique will be based on the resonant state expansion (RSE), a new powerful theoretical method in electrodynamics and wave optics, recently invented and developed by the project supervisors [2]. The RSE will allow to produce a fast and accurate computational tool, overcoming the speed limitations of presently available methods, for the design and optimization of plasmonic NPs. This will enhance their development, fabrication, and use in biotechnology applications.