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What do citations tell us?

Why is the Web of Science capturing all cited references? Why is it a citation index? What does it mean for you? Join this session to find out how:

  • citation linkages can help you uncover more research
  • you can work with references in Web of Science
  • the use of citation metrics
  • perform a search across 300M+ unique cited references

Also, discover the new features in Web of Science focusing on the enriched cited references, the citation context, and the geographic citation map.

mężczyzna pracujący na tablecie z filiżanką kawy

Increasing Journal Success with Scopus?

Learn the answers to frequently asked questions about journal idexation in the Scopus database. Discover how the Scopus database can be used by scientific journal editors in achieving their goals given today's challenges. Editors will have an opportunity to learn also what are the most commonly met shortcomings in journals and how they can be remedied, so that the journal chances of being indexed are boosted.

mężczyzna pracujący na tablecie z filiżanką kawy

From waste tires to flame retardant conductive materials – project for PLN 5 million

Reasarch team (from the left: Prof. Jacek Ryl, Prof. Mohammad Reza Saeb, Prof. Krzysztof Formela and Prof. Robert Bogdanowicz) at the planetary extruder used for preparation of polymer mixtures that can be used for 3D printing. Photo: Bartosz Bańka / Gdańsk University of Technology
Researchers from Gdańsk University of Technology, supervised by Prof. Mohammad Reza Saeb, conduct research on inexpensive, fireproof and electrically conductive materials made of used car tires and carbon fillers. 3D printed thermoplastic composites can be used, among others, in electronics, automotive and construction industries. The research team from Gdańsk University of Technology are among the world's leading researchers in the field of waste tires recycling.

Environmentally friendly and low-cost methods of recycling of the used car tires are one of the greatest environmental challenges. Ground tire rubber (GTR) is currently used, among others, as modifiers or fillers in preparation of polymer composites, in asphalt or concrete for the needs of various branches of the industry.

From waste tires to flame retardant conductive materials – project for PLN 5 million

waste tires
Researchers from Gdańsk University of Technology, supervised by Prof. Mohammad Reza Saeb, conduct research on inexpensive, fireproof and electrically conductive materials made of used car tires and carbon fillers. 3D printed thermoplastic composites can be used, among others, in electronics, automotive and construction industries. The research team from Gdańsk University of Technology are among the world's leading researchers in the field of waste tires recycling.

Environmentally friendly and low-cost methods of recycling of the used car tires are one of the greatest environmental challenges. Ground tire rubber (GTR) is currently used, among others, as modifiers or fillers in preparation of polymer composites, in asphalt or concrete for the needs of various branches of the industry.

Researchers from Gdańsk Tech at the Women in Tech Summit 2022 conference

graphic Empowering Women of Gdańsk Tech
Gdańsk University of Technology is once again one of the Polish technical universities that received the status of Academic Partner of the Women in Tech Summit conference, organized by the "Perspektywy" Educational Foundation. During the fourth edition of the event, five women will appear among the representatives of Gdańsk Tech: three scientists from the Faculty of Applied Physics and Mathematics: Natalia Wójcik, PhD, Marta Prześniak-Welenc, PhD, Małgorzata Nadolska, MSc, Justyna Sudakowska and Atoosa Bahrani from the International Relations Office at Gdańsk Tech.

The aim of the Women in Tech Summit project is to support innovation processes in the field of IT and new technologies, as well as the international promotion of Poland as a place of high-quality IT education.

Technology improving the effectiveness of radiation therapy for treatment of cancer and other diseases

From the left: Marta Marszewska M.Sc. Eng., Prof. Marek Maryański, Jakub Czubek, M.Sc. Eng. Photo: Bartosz Bańka / Gdańsk University of Technology
Prof. Marek Maryański is the creator of one of the most innovative methods of imaging the 3D dose distributions of ionizing radiation in gel phantoms, which can be used, inter alia, in radiotherapy of neoplastic diseases. Currently, together with a team of researchers and students of Gdańsk University of Technology, they are working on a methodology and technology to improve the effectiveness of hadrontherapy. The aim of the research is to develop new solutions for oncology clinics all over the world.

– The success of next-generation radiotherapy, which will increasingly use protons and heavier ionizing particles, showing greater biological effectiveness than the most commonly used X-ray or gamma photons, depends largely on the ability to quickly and accurately measure spatial distributions of doses and other important parameters.

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