The new research centres bring together the skills and experience of scientists from various departments, which in turn is expected to translate into modern, innovative solutions in the areas of biotechnology, bioengineering, environmental technologies, digital technologies and the production of modern materials for industrial and medical applications.
The maximum amount of funding for a research project under the Program is PLN 45,000 gross. The maximum amount of funding from NTUT for research performed by its employees is NT$300,000. The grant implementation period cannot be longer than 12 months.
A training session organized by the ERC Executive Agency in cooperation with the Malta Council for Science and Technology - ERC funding opportunities for researchers in Malta (July 18, 2023 10:00 - 12:00) will be held in the coming days.
PG Project Management Center invites employees of Gdansk University of Technology to Project Coaching organized on 25/08/2023 from 9:00 am - 2:00 pm, stationary at PG.
The National Science Center (NCN) has announced the IMPRESS-U competition, which aims to support scientific potential in Ukraine and open new opportunities for cooperation between Polish and Ukrainian scientists and scientists from the US and the Baltic States. The initiator of the competition and the lead agency where the substantive evaluation of applications will take place is the US National Science Foundation (NSF).
Due to the fact that our Center was established with the support of EU funds, research services are performed on the basis of de minimis aid rules. We also carry out specialized training related to the use of our apparatus.
Implementation of the service is preceded by a short formal stage. We make every effort to ensure that it runs as smoothly as possible.
The laboratory is equipped with a plastometer for testing the melt flow rate of plasticized material,a hammer for testing the impact strength of materials, a hydraulic injection molding machine with peripheral equipment required to start production of standardized samples for strength testing, a set of processing and measuring equipment
The laboratory is equipped with a scanning near-interaction microscope (STM/AFM microscope) for studying nanometer-sized molecular structures.
The Scanning Tunneling Microscope (STM) makes it possible to obtain an image of the surface of conductive materials with a resolution capability of the order of a single atom. Obtaining an image of the surface is possible by using the tunneling phenomenon.
