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tomography will also be developed. This work will be performed in the laboratory of Prof. Mark Anastasio. The successful candidate will have proficiency in high performance computing, experience with numerical
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simulation concepts with experience in wildfire modeling and loss assessment and regional planning of communities at the wildland-urban interface (WUI). Successful candidates will contribute to the development
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quantitatively experimental data in different polymeric systems with different self-poisoning mechanisms, that classical theories were unable to handle. Monte Carlo and Molecular Dynamics simulations will also be
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sont requis.The candidate must hold a Master's degree in physics. A strong interest in theoretical developments and some proficiency in numerical simulations are required. Additional Information Work
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, and to investigate coupling mechanisms between kink waves and other MHD wave modes. The analytical results will be validated using numerical simulations of kink-wave reflection and wave–wave
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describe the damage present in critical areas. They rely on multi-scale finite element simulations with multiphysics couplings between electrical, thermal, and mechanical domains. In addition, it is
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will be the Head of Department. About the project The successful candidate will be part of the project SAPPHIRE (https://sapphire.norceresearch.no/ ). SAPPHIRE aims to contribute to cleaner and more
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. The recuited postdoc will specifically detect OR gene duplications, losses and copy number variations (CNVs) among the selected species and test for signatures of divergent evolution in sympatric species. 2
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address, and the competition reference number, https://wppt.pwr.edu.pl/pracownicy/konkursy Questionnaire for the person applying for employment, https://wppt.pwr.edu.pl/pracownicy/konkursy A copy of the
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address, and the competition reference number, https://wppt.pwr.edu.pl/pracownicy/konkursy Questionnaire for the person applying for employment, https://wppt.pwr.edu.pl/pracownicy/konkursy A copy of the