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Here you can find out about young researchers of our University who already have outstanding achievements to their credit.
Their scientific papers are published in renowned magazines all over the world. These members of our young staff win research grants amounting to millions of zlotys and placements organised at the best scientific centres. They wrote their MSc and PhD theses under the supervision of prominent scientists and have won prestigious domestic and international competitions. And of course all of them received their PhD in Wrocław University of Science and Technology.
Faculty of Fundamental Problems of Technology | Department of Biomedical Engineering
Since 2014, Dr Monika Danielewska has been conducting her pioneering research into the phenomenon of ocular dicrotism, which she discovered, consisting in the ocular pulse being twice as fast as the heart rate. – My research involved checking the ocular pulse in healthy subjects and those suffering from glaucoma as well as what the rhythm of the eye movements depends on – explains Dr Danielewska, who for this purpose conducted comprehensive studies of a considerable group of patients. The researcher observed that the glaucomatous eye pulsates at a faster rate than the heart, contrary to the common belief of the past according to which the rate was the same.
– Ocular dicrotism is the double-peak shape in corneal pulse wave for one heart cycle – explains Dr Danielewska. I have confirmed its occurrence in about 70% of the healthy subjects aged more than 50 and in 90% of glaucoma patients.
Currently, Dr Danielewska is in charge of the project LIDER financed by the National Centre for Research and Development. The initiative involves the implementation of a prototype device for recording and analysing the ocular dicrotic pulse in clinical practice to support early detection of glaucoma and eye diagnosis after surgical intervention.
– The NCRD subsidy helped me create my own research team and will make it possible to commercialize my device in the future – announces the WUST researcher.
Wybrzeże Wyspiańskiego 27, 50-370 Wrocław
building A-1, room 60,
phone 0048 71 320 4665,
e-mail: monika.danielewska@pwr.edu.pl.
Hobbies: travelling and sung poetry.
Challenges: “Up and reach the places out of sight” (A. Mickiewicz).
Faculty of Chemistry | Department of Advanced Materials Engineering and Modelling
Piotr Hańczyc completed his studies at the Faculty of Chemistry of Wrocław University of Science and Technology and obtained his MSc, Eng degree in biotechnology in 2009. At the same time, he obtained the degree of MSc in physics from Ecole Normale Superieure de Cachan in France under the programme named „Molecular nano-and bio-photonics for biotechnologies and telecommunications”. He completed his doctoral studies at the Chalmers University of Technology in Goeteborg as well as Wrocław University of Science and Technology under the supervision of Professor Bengt Norden and Professor Marek Samoć.
Pursuing his research into the structure of amyloid plaques related to neurodegenerative diseases, he went to the USA for a placement at the University of California in Santa Barbara, where he worked in a team led by the Nobel Prize winner Professor Alan Heeger. Under a joint project conducted with Professor David Eisenberg from the University of California in Los Angeles, he developed a concept related to the use of laser spectroscopy in the structural analysis of amyloid plaques.
The prestigious Marie-Curie grant of the European Commission allowed him to return to Poland and continue his research in the field of biophotonics and materials of a biological origin (DNA and protein). His future work will involve developing techniques which could be applied in early detection of diseases such as Alzheimer’s and Perkinson’s.
phone: + 48 509 857 700
e-mail: piotr.hanczyc@pwr.edu.pl
Born in Wrocław
Hobbies: football, skiing, travelling, and fantasy literature.
Faculty of Chemistry | Division of Bioorganic Chemistry
Paulina Kasperkiewicz PhD, Eng started her research work at Wrocław University of Science and Technology under the supervision of Professor Marcin Drąg. She also spent a total of 20 months doing her post-doctoral research placement at Sanford Burnham Prebys Medical Discovery Institute in San Diego, where she cooperated with Professor Guy Salvesen on a project that involved determining the activity of proteolytic enzymes and then imagining them. Our researcher developed a new method of visualisation enabling parallel monitoring of the activity of as many as four enzymes. Results of her research were recently published in the prestigious Journal of American Chemical Society.
- I must admit that the idea of such placement really appeals to me. I carried out part of the research in Poland and did some of the work abroad. Independence and liberty at work are important to me, and both in Professor Salvesen’s USA team and here, at Wrocław University of Science and Technology, with Professor Drąg, I enjoyed a lot of independence - says Paulina Kasperkiewicz, PhD. - I currently keep on conducting my works on methods of imaging the activity of proteases. I’m cooperating with research centres in different parts of the world and making efforts to obtain new grants, as there’s still a lot of work ahead of me - explains our chemist.
Wybrzeże Wyspiańskiego 29, Wrocław
building A-2, room 305 C
phone 71 320 2455
E-mail: paulina.kasperkiewicz@pwr.edu.pl
Born in Legnica, on December 9, 1986.
Hobbies: swimming and skiing.
Faculty of Chemistry | Department of Advanced Materials Engineering and Modelling
Joanna Olesiak-Bańska, PhD, an employee of the Advanced Materials Engineering and Modelling Group at the Faculty of Chemistry of Wrocław University of Science and Technology, describes herself as a chemist and a “bionanophotonist”. Since the beginning of her research activity, she has focused on subjects combining the disciplines of chemistry, physics, and biology. Initially, her research involved studies on self-organising DNA structures and new microscopic techniques used for an imaging them (particularly multi-photon microscopy). Then, she began researching nanoparticles of gold and their unusual optical properties which can be used in interesting ways in studies of biological systems.
- My latest project involves research on the formation of protein aggregates, so-called amyloids, responsible for various diseases, including Alzheimer’s and Parkinson’s - says Joanna Olesiak-Bańska, PhD. - I’m interested in how different techniques using non-linear optics and nanoparticles can be applied to effectively detect the formation of amyloids.
Since her graduation, Joanna Olesiak-Bańska, PhD has completed a number of academic internships and authored 35 scientific papers.
Wybrzeże Wyspiańskiego 27, Wrocław
building A-2, room 125 B
phone: 0048 71 320 4008
E-mail: joanna.olesiak@pwr.edu.pl.
Hobbies: mountain hiking and bicycle tourism.
Challenges: my biggest challenge is being a mother of a nursery school pupil.
Faculty of Fundamental Problems of Technology | Department of Experimental Physics
Paweł Podemski, PhD became involved in research activity near the end of his MSc degree programme when he started his work at the Laboratory of the Optical Spectroscopy of Nanostructures at Wrocław University of Science and Technology under the supervision of Grzegorz Sęk, PhD (currently holding the degree of Professor).
Since the beginning of his career as a researcher, he has been focused on the properties of semiconductor nanostructures. When working on his doctoral thesis under the supervision of Professor Jan Misiewicz, he conducted research into optical properties of quantum dashes (heavily asymmetric semiconductor nanostructures) in terms of applications in the close infrared range, demonstrating, among other things, that a change to the geometry of quantum dashes enables control of the polarisation of edge emission in the spectral range used in optical fibre communication.
Having defended his doctoral thesis, Paweł Podemski left Poland to pursue one year’s placement at the University of Tokyo, Japan. In the team led by Professor Yasuhiko Arakawa, who was the first scientist to use the term quantum dot, he was in charge of the development of photoluminescence excitation spectroscopy for the research into single GaN quantum dots emitting in the ultraviolet range. - At that time, this kind of optical research was unavailable in experimental terms - says Paweł Podemski. - The works conducted then made it possible for me to build a special photoluminescence excitation spectroscopy apparatus and perform first excitation measurements of single nano-objects in this spectral range. The follow-up to the piece of research involved applying this experimental technique to single GaN quantum dots placed in nano-wires with controlled locations and demonstrating Rabi oscillations in a GaN quantum dot emitting at 280 nm.
Since he came back to Poland, the scientist has kept conducting research into semiconductor nanostructures and taken advantage of his experience gained in Japan to broaden the possibilities of photoluminescence excitation spectroscopy of single quantum dots in the close infrared range.
Wybrzeże Wyspiańskiego 27, Wrocław
building A-1, room 37/2
phone: 0048 71 320 2986
e-mail: pawel.podemski@pwr.edu.pl.
Born in Wrocław, in 1982.
Hobby: science-fiction literature.
Challenges: The biggest challenge is to retain a child’s curiosity in discovering the world, as science means looking for adventure. To quote the words of Isaac Asimov: "The true delight is in the finding out rather than in the knowing".
Faculty of Chemistry | Division of Bioorganic Chemistry
Marcin Poręba, PhD, Eng started his adventure with chemistry at Wrocław University of Science and Technology in 2010, in Professor Marcin Drąg’s team, where he conducted his master’s and then doctoral research projects. The subject of his research work is the development of new chemical methods for imaging proteolytic enzymes in biological systems. In 2015, Marcin Poręba, PhD was the first Polish researcher to receive the prestigious European grant - Marie Skłodowka-Curie Global Fellowship for Experienced Researchers, an initiative being part of the Horizon 2020 programme. Currently, for over two years, he has been pursuing this project under his post-doctoral placement at the laboratory of Professor Guy Salvesen at Sanford Burnham Prebys Medical Discovery Institute in California (USA).
Asked about the details of the research, Marcin Poręba explains: - The purpose of the PROVIST project (Proteases Visualization during Tumor Progression) is to enable a better understanding of the biology of the development of tumours thanks to the use of new chemical tools and research techniques. One of the main groups of proteins that take part in the development of tumours are proteolytic enzymes. Their activity can be monitored with specific chemical markers, whose synthesis was the subject of my doctoral research. In the PROVIST project, we’re using these tools and combining them with a new research technique called mass cytometry, which enables very accurate analysis of particular proteases taking part in the development of tumours.
Even though the project ends in December 2018, the results of part of the research have been already published in prestigious scientific periodicals: "Nature Protocols", "Chemical Science", "Cell Chemical Biology", and "Journal of Biological Chemistry".
Wybrzeże Wyspiańskiego 29, Wrocław
building A-2, room 305 C
phone:00 48 71 320 2455
E-mail: marcin.poreba@pwr.edu.pl
Born on April 25, 1986 in Lubin.
Hobbies: cooking, films from the time of the Polish People’s Republic and the Polish band Dżem.
Challenges: bringing up my sons (Tobiasz and Juliusz) to be good people.
Faculty of Chemistry | Division of Bioorganic Chemistry
Daniel Strub, PhD, Eng conducts his research at the Faculty of Chemistry of Wrocław University of Science and Technology. Currently, he is focusing on application research in the area of household chemicals and perfumery. Daniel Strub, the winner of the 7th edition of the Leader programme of the National Centre for Research and Development, is carrying out a project named “Synthesis of new olfactory compounds from natural raw materials for applications in the fields of perfumery, cosmetics, and household chemicals”.
- The research I’m doing is great fun - says Daniel Strub, PhD, Eng. - Every day brings a new scent. I’m creating molecules which so far have been unknown, and I’m the first person to know their smell. It’s extremely rewarding.
What’s important, the research conducted by our scientist isn’t detached from the market realities. - My placements at Haas School of Business at the University of California in Berkeley and the California Institute of Applied research QB3 in San Francisco allowed me to develop a new perspective on designing scientific research - says Daniel Strub. - And it’s not only about the very research but also its further application.
Wybrzeże Wyspiańskiego 29, Wrocław
building A-2, room 305a
phone: 71 320 2010
e-mail: daniel.strub@pwr.edu.pl.
Born in Dębno on October 1, 1985.
Hobbies: perfumery, literature, and sci-fi and fantasy films
Challenges: Work-life balance.
Faculty of Chemistry | Department of Advanced Materials Engineering and Modelling
Dominika Wawrzyńczyk, PhD conducts interdisciplinary research combining the fields of chemistry, materials engineering, and biophotonics.
Her day-to-day activity involves luminescent nanomaterials: nanocrystals doped with lanthanide ions and semiconductor quantum dots. The research focuses on optimising a method of synthesising luminescent nanocrystals. - My goal is to obtain new materials with strictly defined optical properties, i.e. materials offering a wide range of practical applications - explains Dominika Wawrzyńczyk, PhD. Moreover, her work involves characterisation of materials obtained by measuring their morphology, crystallographic structure, and spectroscopic properties.
In her research, Dominika Wawrzyńczyk attaches particular attention to studies of the nanoscale interactions between light and matter. She is carrying out world-unique measurements of the effective cross-section on the two-photon absorption using the Z-scan technique and the measurement of two-photon excited luminescence.
Dominika Wawrzyńczyk, PhD has also worked on the construction of optical apparatuses for picosecond time-resolved spectroscopy or detection of singlet oxygen emission. - These measurement techniques are extremely important in the area of the characterisation of optically induced processes taking place in nanomaterials and the applications of the obtained nanomaterials in biology and medicine - says our researcher.
Łukasiewicza St. 2, Wrocław
bud. A-2, room 32
phone: 00 48 71 320 4052
e-mail: dominika.wawrzynczyk@pwr.edu.pl.
Born in Bielsko-Biała, January 3, 1987.
Hobbies: detective novels, travelling, and skiing.
Challenges: Never give up - "Quitters don’t win, Winners don’t quit".
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