Research

Nanophotonics with hybrid DNA origami structures

Pokročilé nanofotonické systémy lze připravit samouspořádáním základních funkčních elementů (dielektrické a kovové mikro- a nanočástice, kvantové tečky, fluorescenční molekuly). Technologie DNA origami poskytuje flexibilní matrice pro řízenou „zdola nahoru“ přípravu hybridních fotonických struktur komplexních tvarů a přesné stechiometrie s požadovanou funkcí. Navrhovaný projekt cílí na syntézu asymetrických fotonických mikro- a nanostruktur, jejichž pohybový stav lze ovládat pomocí světla, a na charakterizaci vlastností a stability těchto struktur.

English
Research
The topic will be presented by Professor Frank Gunn-Moore FRSB FRSE, who is based at the School of Biology, University of St Andrews, UK. On 27.9.2023, 14:00 in the lecture hall of the Institute of Scientific instruments of the CAS continue

Ing. Jan Čermák

Email: cermak@isibrno.cz

Tel.: +420 541 514 224

Undefined

Patrik Jozefovič

Email: patjoz@isibrno.cz

Tel.: +420 541 514 224

Undefined

Jan Materna

Email: materna@isibrno.cz

Tel.: +420 541 514 224

Undefined
Research
The team of Levitational photonics developed a new method for quantification of experimental parameters stochastic inertial systems (such as quantum opto-mechanical systems) using the short record of their noisy trajectories. continue

Ing. Jakub Sadílek

Email: sadilek@isibrno.cz

Tel: +420 541 514 513

Undefined

Development of analytical platform for monitoring microplastics circulation in agricultural production

Aim of the project is development of unique detection platform for micro(nano)plastics in agricultural comodities. First phase will be focused on the development of microfluidic chip. In the second phase, broilers will be fed by micro- and nano- plastics. Bioaccumulation and excrection of micro(nano)plastics will be analyzed. The third phase will include application of micro(nano)plastics to soil. Crops growed in the contaminated soil will be analysed to the occurence of micro(nano)plastics. In the final phase, monitoring of micro(nano)plastics will be carried out on selected farms in CZE.

English

Czech National Quantum Communication Infrastructure

CZQCI will deploy quantum communication infrastructure (QCI) in the Czech Republic. The infrastructure composed of advanced experimental European QKD devices will comprise: (a) backbone connecting the cities of Prague, Brno, and Ostrava, serving as a first long distance quantum communication network; (b) metropolitan side branches connecting public authorities and testing advanced use cases and scenarios; (c) advanced testing and training infrastructure concentrated in a single laboratory providing a representative sample of diverse QKD technologies.

English

Pages

Subscribe to RSS - Research