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Dr Bernard (Zak) Zarychta
|Location:||Science Learning Centre 0.11 (Create)|
|Contacting me:||By phone or by email|
I entered higher education by a non traditional route as a mature student beginning with the Open University. Having completed 150 CATS of modules I then enrolled at Keele University in 1998 where I undertook my first degree. I graduated dual Honours in Mathematics and Physics with a 2:1. In my final year I won the prize for the best project in Physics. Subsequently I undertook a PhD supervised by Paul Strange where I looked at the modelling of x-ray scattering from rare earth elements. The research was undertaken in collaboration with an experimental group in Grenoble. The theory is underpinned by Relativistic Quantum Mechanics (RQM) and condensed matter theory. I attained my doctorate in 2007.
Since my PhD research I have taught Mathematics and Physics on the Foundation Year (FY) at Keele. My main role is that of module leader for two of the physics modules and I lead the laboratory sessions in all four of the FY physics modules. In addition to this I am personal tutor to approximately thirty science Foundation Year students each academic year.
When I have time between plumbing, wiring and laying laminate flooring my current interests are in computational chemistry and, Clifford algebras and their use in physics.
Brown, S. D., P. Strange, L. Bouchenoire, B. Zarychta, P. B. J. Thompson, D. Mannix, S. J. Stockton et al. "Dipolar excitations at the L III X-ray absorption edges of the heavy rare-earth metals." Physical review letters 99, no. 24 (2007): 247401.
Aerts, C., Zarychta, B., & Strange, P. (2003). The magnetic field of the one-electron atom. European journal of physics, 24(4), 451.
Teaching involvement in current modules:
Foundation Year Modules
FYO-00034 Communication Skills for Scientists
FYO-00108 Academic Development
FYO-00118 The Newtonian World
FYO-00136 Thermal Physics & Fields
FYO-00137 Electricity & Electronics (Module Leader)
FYO-00138 Quanta, Atoms & Elementary Particles (Module Leader)