NaMeS PhD Studies

NaMeS PhD Studies

“Interdisciplinary NAnoscience School: from phenoMEnology to applicationS” (‘NaMeS’) is a research training programme of the Institute of Physical Chemistry PAS (IPC) intended for PhD fellows. The programme, benefiting from former IPC achievements in nanoscience, is designed to employ the phenomenological knowledge concerning nanoscale processes to the creation of new materials applicable in industrial technology, medical diagnostics, and environmental protection.

NaMeS links chemistry, physics, mathematics, biology and materials science with business. The programme is aimed at creating a new generation of scientists capable of working in both scientific and business sectors, and becoming  stimulants and intermediaries of knowledge & technology transfer on an international level.

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Recruitment

Recruitment

Next calls

will be announced if vacancies occur

20
02

Global Young Scientists Summit (GYSS) 2019

Nabila Yasmeen participated in the Global Young Scientists Summit (GYSS) 2019, organized by National Research Foundation, Singapore in Nanyang Technological University from 21th -26th January, 2019. The main objective of the Summit was to engage young scientists to pursue their scientific dreams through close interactions with distinguished scientists and researchers, and with peers.

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18
02

Can we image the folding conformation of a single protein ?

NaMeS students are invited to IPC PAS Seminar within Dream Chemistry Lecture Series delivered by:

Dr. Thomas Juffmann

Max F. Perutz Laboratories - Research and Education in Molecular Biology,

University of Vienna, Austria

Thursday, 21st February, 2019, 10.00

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01
02

Chemical tools for single-molecule imaging in live cells

NaMeS students are invited to IPC PAS Seminar within Dream Chemistry Lecture Series delivered by:

Prof. Dr. Pablo Rivera-Fuentes

Laboratory of Organic Chemistry, Department of Chemistry and Applied Bioscences,

ETH Zürich, Switzerland

Thursday, 7th February, 2019, 10.00

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No. 711859.