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

07
08

2018 Microfluidics Professional Course in the University of Toronto

Yu-Ting Kao and Yu-Kai Lai, NaMeS PhD students, participated in the Microfluidics Professional Course which took place in a prestigious academic institute, University of Toronto. The lecture modules covered microfluidic technology and its research progress nowadays which is a fresh view for to see how other groups utilize microfluidic and apply on research.

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30
07

ESOF 2018

Faria Khan, NaMeS PhD student, took part in the Euro Science open forum 2018, which was a great networking event to bring about scientists, researchers, policy makers, students, innovators and journalists under one platform. Participation in the event was enlightening and engaging for her with a lot of parallel sessions, activities and satellite events taking place in the city of Toulouse.

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03
07

Customizable platform for assay automation by centrifugal microfluidics

NaMeS students are invited to IPC PAS Seminar Lecture:

Prof. Roland Zengerle

Hahn-Schickard & IMTEK, University of Freiburg

Tuesday 10th July, 2018, 11:00

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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.