Using genome editing technologies, I re-engineer the structure of DNA in the human genome to control cancer
genes.

My research focuses on improving the long-term performance of neural probes through effective design strategies supported by a realistic computational model

I developed bandages that act like chemical reactors to rapidly resolve antibiotic-resistant infections.

My research focuses on discovering new, previously undiscovered cancer DNA mutations that allow for potential early
cancer detection via blood tests.

My project focuses on creating a vaccine against dengue virus by combining multiple protective regions of its membrane
using computer tools.

My project focused on the development of nanocomposites with the ability to mimic antioxidant enzymes.

We confirmed the possibility of using Metal Organic-Frameworks(MOFs) as long-term antioxidants

My research investigates the effect of different chemical modifications on the selectivity of eco-friendly filtration
membranes

Unlock insights into environmental flow programs’ success and challenges, promoting the sustainable water management.

Finding new model of examining effectiveness of legal regulations that can enhance legislation in STEM connected fields, on the example of Polish and French criminallaw regulations.

My research investigates the process of leveraging large groups of rotating arrows to trace paths in two- to four-dimensional
spaces.

My project studies the asymptotic density, the “proportion” within natural numbers, of several sets and often uses
them to study sums of prime numbers.

My research explores the onset of swirl in elliptical liquid jets.

I experimentally investigate the thermal and mechanical behaviour of cometary nucleus surfaces in the Planetary Ices
Laboratory of Luleå University of Technology.

I developed a novel optical device and approach that emphasizes subjective patient perception and intuitive action, thus allowing a patient to determine the parameters of corrective glasses themselves.