Michal Zielinski  Welcome to my webpage.
About meWelcome and thank you for visiting my webpage. I am head of Department of Quantum Physics at Institute of Physics, Nicolaus Copernicus University, Torun, Poland. Back to the beginning...Contact informationOffice address:
Instytut Fizyki UMK, Grudziadzka 5, 87100; Torun, Poland Phone: ++48 56 611 2405 (office) email:
mzielin@fizyka.umk.pl ResearcherID:C25872013 Google Scholar:s2BJ5XEAAAAJ ORCID:0000000272392504 Back to the beginning...Researchatomistic manybody calculation for varius nanosystems include quantum dots, nanowires and nanowire quantum dots, strain effects in semiconductor quantum dots and nanocrystals, 3D interactive computer graphics applications in nanostructure physicsBack to the beginning...Sonata projectThe project (financed by National Science Centre) focused on theory and computational tools development aiming for atomistic calculations of nanostructure properties under external strain. The improved and newly created software allows for massivelyparallel computations for nanosystems with numbers of atoms exceeding 100 million. Results of large scale atomistic calculations have shown a significant effect of external strain on spectral properties of nanowires and nanowire quantum dots. A fundamental role of quantum dot shape symmetry and lattice composition fluctuations [Phys. Rev. B 91, 085303 (2015)]. on excitonic spectra has also been found.
Back to the beginning...Sonata Bis projectIn this project, we intend to formulate theoretical description and perform largescale calculations of spectral properties of silicon nanodevices doped with single impurity atoms. Single dopant embedded in a host environment of millions of silicon atoms forms a complicated nanosystem where every atoms must be accounted for individually. In other words: every atom matters. Our approach will therefore utilize the atomistic tightbinding method that naturally incorporates effects of quantum confinement, external fields, and atomistic effects such as interfaces steps and composition disorder. We aim to apply our methodology to solve currently untraceable problems where impurity wavefunction extends over ten millions of atomic sites. Thanks to close collaboration with the National Institute of Standards and Technology (NIST) we will have the unique ability to correlate the measured and calculated data. We hire PhDs now!Back to the beginning... 

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