some of my publications

Old and older.

Robert J Budzynski, Witold Kondracki. Remarks on the L1 distance in statistical data analysis. Communications in Statistics - Theory and Methods, 46:19, 9355-9363, 2014.
Robert J. Budzyński, Witold Kondracki, Andrzej Królak. On the geometry of the parameter space reduction with application to gravitational wave data analysis. Advances and Applications in Statistics, Volume 34, Issue 1, 2013.
Robert J. Budzyński, Witold Kondracki, Andrzej Królak. Applications of distance between probability distributions to gravitational wave data analysis. Class. Quantum Grav. 25 (2008) 015005, 2007.
R. J. Budzyński, W. Kondracki. Stability of Cauchy Horizons. International Journal of Theoretical Physics, Vol. 42, No. 7, 2003.
Robert J. Budzyński, Witold Kondracki, Andrzej Królak. On the Differentiability of Compact Cauchy Horizons. Letters in Mathematical Physics 63: 1, 2003.
W. Rudnicki, R. J. Budzynski, W. Kondracki. Generalized Strong Curvature Singularities and Cosmic Censorship. Mod.Phys.Lett. A17:387-397, 2002.
R. Budzyński, S. Janeczko, W. Kondracki, A. F. Künzle, (eds.). Symplectic Singularities and Geometry of Gauge Fields. Banach Center Publications vol. 39, 1997.
Robert J Budzynski. Remarks on tree-level topological string theories. Acta Phys.Polon. B28:2027-2037, 1997.
Robert J. Budzynski, Michal A. Spalinski. On the chiral algebra of topological conformal field theory. Phys.Lett. B275:75-81, 1992.
E. Leader, E. Predazzi; translated to Polish by RJ Budzyński. Wstęp do teorii oddziaływań kwarków i leptonów (orig. An Introduction to Gauge Theories and the "New Physics"). PWN Warszawa (ISBN 83-01-09699-3), 1990.
Robert J. Budzynski, Michal A. Spalinski. Free energy of heterotic strings and covariant lattices. Int.J.Mod.Phys. A5:3053-3070, 1990.
R.J. Budzynski, S. Klimek, P. Sadowski. The group of local biholomorphisms of C(1) and conformal field theory in the operator formalism. Commun.Math.Phys. 120:481-499, 1988.

teaching

Though teaching is currently not the #1 item in my job description, I continue to do some teaching as part of my work in the Physics Faculty.

In recent times this has been:

Information Technology: actually a code name for an introduction to programming for beginners in Python
Introduction to Databases: basics of processing of (mainly non-numeric) data, and an intro to relational databases and SQL, addressed to students of Neuroinformatics

In the more distant past I have taught practice classes in courses including undergraduate Math, Statistical Physics I, and Group Theory.

side projects

Some stuff I've worked on recently:

in-browser simulation of the Vicsek model of statistical physics, using WebGL2
another statistical physics simulation, the Ising model in two dimensions, this one is implemented in pure Javascript and visualized with the Canvas2d API; a rewrite using WebGL2 would bring much better performance, though I must say this one is pretty good too
a few others that are somewhat more in the eyecandy category:
- a playground of various in-browser animations
- self-avoiding lattice polymers of sorts
- Ulam's spiral, a pattern on a plane created by prime numbers — which are computed on the fly in the browser
- a crude demo of a few interacting particles flying around in a rectangular box; while it's fun to watch for a while, it usually soon succumbs to numerical instability.

Among non-web projects, there's a yet not-quite-complete Python/OpenGL implementation of the Vicsek model, essentially identical to the web version mentioned above.

contact

My private email is Robert@Budzynski.xyz. Use this to contact me about this page, my side projects, or other non-business matters.

You may also contact me:

via Telegram
via Signal
via Twitter

Office:

ul. Ludwika Pasteura 5, 02-093 Warszawa, Poland
phone: +48 22 5532 521

My work email is Robert.Budzynski@fuw.edu.pl.

Robert J Budzyński

about me

I work at the Warsaw University Faculty of Physics as head of the Faculty's Computing Center.

my interests

theoretical and mathematical physics
programming (mainly Python and Javascript)
Linux and Unix

education

PhD in Physics (University of Warsaw, 1997)
MSc in Physics (University of Warsaw, 1982)