National projects - Institut za nuklearne nauke "Vinča"

Institut za nuklearne nauke Vinča

Institut od nacionalnog značaja za Republiku Srbiju

Osnovan 1948. godine

kao naučni centar za istraživanje najsavremenijih tema u osnovnim prirodnim naukama - fizici, hemiji i biologiji

Danas je Vinča multidisciplinarni naučni institut

koji pokriva veliki broj naučnih i tehničko-tehnoloških disciplina

Danas je u Institutu zaposleno preko 300 doktora nauka i preko 200 doktoranada

koji rade na preko stotinu nacionalnih i međunarodnih projekata kao i u međunarodnim naučnoistraživačkim kolaboracijama u kojima je Republika Srbija član

HIGGS BOSON: A PORTAL TO NEW PHYSICS

10.11.2023

The Higgs boson not only enables generation of masses in the Standard Model, but it represents a unique particle with no analogy in Nature despite the fact that a phenomenon of spontaneous symmetry breaking occurs elsewhere. In the recently released Update of the European Strategy for Particle Physics, Higgs-factory future colliders are seen as the highest-priority in the field.

With this Project, we would like to address the Higgs physics at the future electron-positron colliders CEP...

Serbian Industrial Waste towards Sustainable Environment: Resource of Strategic Elements and Removal Agent for Pollutants

10.11.2023

The increase in the amount of waste due to industrial growth and the potentially harmful impact of waste on the environment require a comprehensive approach aligned with the principles of sustainable development, which not only aims to preserve natural resources but also to encourage innovation in a sustainable direction. The main idea of this project is to propose an innovative, dual solution for selected waste streams in the Republic of Serbia: on the one hand, they can be a resource for th...

Are photoactive nanoparticles salvation for global infectional treath?

10.11.2023

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Utilization of interplay between inflammation and cancer in the development of compounds with anticancer activity

10.11.2023

The aims of this Project are design and synthesis of new COX-2 as well as dual COX-2 and 5-LOX inhibitors, investigation of their anticancer potential, identification of the most promising drug candidates and optimization of their structures in order to improve pharmacokinetic properties. Compounds will be designed (using structure-based and ligand-based in silico methods) and synthesized. Cytotoxicity towards 4 selected cancer cell lines will be evaluated using MTT assay. Analysis of wider a...