Adam Jędrychowski

Collaborated with researchers from the University of Seville on the structural mapping of canine pancreatic lipase-related proteins. One of the first 40 researchers/volunteers to be officially listed in the project’s repository.

Literature-based research on nanocarriers (gold/silver nanoparticles) and modern analytical methods.
Conducted during laboratory internships at AGH University.

Research and development project focused on the improvement of water purification methods and prototype design.
The project investigated changes in mineral and ionic composition of tap water after filtration through commercial and experimental prototypes. Analyses included conductometric measurement of salinity, argentometric titration of chloride ions, and spectrophotometric determination of phosphate and nitrate content. The prototype filter was constructed using activated carbon and clinoptilolite zeolite, bonded with Teflon-based solution.
Results demonstrated significant differences in ion retention efficiency between the commercial and experimental systems, confirming the potential of zeolite–carbon composites in reducing chloride and nitrate concentrations.
The project was presented at national scientific competitions E(x)plory and EUCYS (European Union Contest for Young Scientists – Poland).

As part of an international research team, I conducted comprehensive photometric observations and data analysis of the variable star system V2366 Cyg. The project involved processing large datasets to generate precise light curves and O-C (Observed-minus-Calculated) diagrams. I performed phase-folding of the observational data and developed a synthetic light curve to validate our findings. The project culminated in advanced numerical modeling of the system, allowing us to determine critical physical parameters, including the mass and radius ratios of the binary components.