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Department of Pure and Applied Mathematics (W13/K73W13D09)

Plan zajęć - schedule

konsultacje p. A.3.2 C-19: wtorek 11-13, środa 15-17

Poniedziałek Wtorek Środa Czwartek Piątek
730-900
915-1100 Algorytmiczna teoria gier (w)
s. A.2.22 C-19
1115-1300 Algorytmiczna teoria gier (ćw) TP
s. A.0.4 C-19
1315-1500 Wstęp do logiki i teorii mnogości (ćw)
s. A.1.4 C-19, do wykładu dra Michalskiego		 Grafika komputerowa (l)
s. A.0.7 C-19		 Grafika komputerowa (l)
s. A.0.7 C-19		 Science - set theory
1515-1655 Elementy logiki i teorii mnogości (w)
s. 1.27 C-13		 Elementy logiki i teorii mnogości (ćw)
s. A.1.15 C-19		 Grafika komputerowa (w)
s. A.1.14 C-19
1705-1845 Wrocław Set Theory and Topology Seminar
1855-2035

About me

Education:

My Orcid: ORCID iD icon https://orcid.org/0000-0002-9424-641X

Articles:

  1. with M. Michalski and Sz. Żeberski, Around Eggleston Theorem, Archive for Mathematcal Logic, (2025), DOI number,
  2. with T. Banakh, Sz. Żeberski, The Set-Cover Game and non-measurable unions, Annals of Pure and Applied Logic, vol 176 issue 8, (2025), DOI number,
  3. with M. Morayne, Fixed Point theorems for topological contractions and the Hutchinson operator, accepted to Bulletin de la Société Mathématique de France, version on arXiv,
  4. with Ł. Mazurkiewicz, M. Michalski and Sz. Żeberski, On Algebraic Sums, Trees and Ideals in the Baire space, accepted to Archive for Mathematical Logic, DOI number,
  5. with A. Cieślak, Nonmeasurable Images, Topology and its Applications, vol. 327, (2023), DOI number,
  6. with M. Morayne, The Baire Theorem, an Analogue of the Banach Fixed Point Theorem and Attractors in $T_1$ Compact Spaces, Bulletin des Sciences Mathematiques, vol. 183, (2023), DOI number,
  7. with M. Michalski and Sz. Żeberski, Ideals with Smital properties, Archive for Mathematical Logic, (2023), DOI number,
  8. with Sz. Żeberski, Group actions on Polish spaces, Banach Center Publications, vol. 125 (2023), pp. 119-127,
  9. with M. Morayne, On $T_1 - T_2$-productable compact spaces, Georgian Mathematical Journal, vol. 29, no. 3, (2022), pp. 441-443, DOI number,
  10. with J. Cichoń, M. Morayne, A fiberable continuum which is not nontrivially productable II, Topology and its Applications, vol. 302, (2021), DOI number,
  11. with J. Cichoń, M. Morayne, A fiberable continuum which is not nontrivially productable, Topology and its Applications, vol. 304 (2021), DOI number,
  12. M. Michalski, R. Rałowski and Sz. Żeberski, Mycielski among trees, Mathematical Logic Quarterly, vol. 67 (2021), no. 3, pp. 271-281, DOI number,
  13. with M. Michalski, Sz. Żeberski, Nonmeasurable sets and unions with respect to tree ideals, The Bulletin of Symbolic Logic, vol. 26 (2020), no. 1, DOI number,
  14. J. Cichoń, M. Morayne and R. Rałowski, Images of Bernstein sets via continuous functions, Georgian Mathematical Journal vol. 26 (2019), no. 4, pp. 499-503, DOI number.
  15. R. Eggleton, M. Morayne, R. Rałowski, Sz. Żeberski, On midpoint free subsets of some topological grups, Houston Journal of Mathematics vol. 44 (2018), no. 4, pp. 1293-1311.
  16. T. Banakh, R. Rałowski and Sz. Żeberski, Classifying invariant σ-ideals with analytic base on good Cantor measure spaces, Proceedings of the American Mathematical Society, 144 (2016) no 2, pp. 837-851, DOI number.
  17. R. Rałowski, Families of sets with nonmeasurable unions with respect to ideals defined by trees, Archive for Mathematical Logic, 54 (2015), no. 5-6, 649-658.
  18. T. Banakh, M. Morayne, R. Rałowski and Sz. Żeberski Topologically invariant sigma-ideals on euclidean spaces, Fundamenta Mathematicae vol. 231, (2015), pp. 101-112.
  19. T. Banakh, M. Morayne, R. Rałowski, Sz. Żeberski, Topolgically invariant sigma-ideals on the Hilbert cube, Israel Journal of Mathematics, vol 209, (2015), pp. 715-743.
  20. M. Bienias, S. Głąb, R. Rałowski, Sz. Żeberski, Two point sets with additional properties, Czechoslovak Mathematical Journal, vol 63, no 4(2013), pp. 1019-1037.
  21. M. Burnecki, R. Rałowski, Topologies on the group of invertible transformations, Banach Center Publications, 95 (2011), pp. 273-280.
  22. R.Rałowski, Sz. Żeberski, Generalized Łuzin sets, Houston Journal of Mathematics, electronic edition vol. 39, no. 3 , 2013, pp. 983-993.
  23. R.Rałowski, Sz. Żeberski, Completely nonmeasurable unions, Central European Journal of Mathematics, 8(4) (2010), pp. 683-687.
  24. R. Rałowski and Sz. Żeberski, On nonmeasurable images, Czechoslovak Mathematical Journal, 60(135) (2010), pp. 424-434.
  25. J. Kraszewski, R. Rałowski, P. Szczepaniak and Sz. Żeberski, Bernstein sets and kappa coverings, Mathematical Logic Quarterly, 56 (2) 2010, pp. 216-224.
  26. R. Rałowski, P. Szczepaniak and Sz. Żeberski, A generalization of Steinhaus theorem and some nonmeasurable sets, Real Analysis Exchange, vol. 35, nr 1 (2009/2010), pp. 1-9.,
  27. R. Rałowski, Nonmeasurability in Banach spaces, Far East Journal of Mathematical Sciences, vol. 36, nr 2 (2010), pp. 125-131.
  28. R. Rałowski, Remarks on nonmeasurable unions of big point families, Mathematical Logic Quarterly, vol. 55, nr 6 (2009), pp. 659-665.
  29. M. Kozłowski and R. Rałowski, The dielectric response with respect to the weight distribution of relaxation times, Journ. of Math. Chem., vol. 46, nr 4 (2009), pp. 1087-1102. (pdf).
  30. R. Rałowski, Sz. Żeberski, Complete nonmeasurability in regular families, Houston Journal of Mathematics, 34 (3) (2008), pp. 773-780, (pdf).
  31. J. Cichoń, M. Morayne, R. Rałowski, Cz. Ryll-Nardzewski, Sz. Żeberski, On nonmeasurable unions, Topology and its Applications, 154 (2007), pp.884-893, (pdf).
  32. R. Rałowski and M. Kozłowski, The Havriliak-Negami Dielectric Response in Time Domain, Polish J. Chem., Vol 79 (2005), 1353--1356.
  33. R. Gielerak and R. Rałowski, Statistical mechanics of Class of Anyonic Systems. The Rigorous Approach, J. of Nonlinear Math. Phys. Vol 11 (2004), 85--91.
  34. M. Kozłowski, R. Rałowski, H. Kołodziej, An Application of the Burr Function to the Description of Dielectric Relaxation Data in Frequency Domain, IEEE Trans. DEI. Vol 10 (2003), 256-259.
  35. R. Gielerak and R. Rałowski, Convergence of virial expansions for some anyonic-like systems, Proceedings of the Seminar on Stability Problems for Stochastic Models, Part I (Nałęczów, 1999). J. Math. Sci. (New York) 105 (2001), no. 6, 2555--2556.
  36. R. Rałowski, On the kernel of the Hermitian Form and Partition Function, Proceedings of 6th Int. School on Theoretical Physics, Symmetry and Structural Properties of Condensed Matter. Word Scientific, 2001.
  37. R. Gielerak and R. Rałowski, Wick Algebras Approach to Physics of 2D Systems, Proceedings of 5th Int. School on Theoretical Physics, Symmetry and Structural Properties of Condensed Matter. Word Scientific, 1999.
  38. R. Rałowski, On Wick algebras with additional twisted commutation relations, J. Phys. A 30 (1997),no. 9, 3235--3247.
  39. W. Marcinek R. Rałowski, On Wick algebras with braid relations, J. Math. Phys. 36(1995), no. 6, 2803--2812.,
  40. W. Marcinek and R. Rałowski, Particle operators from braided geometry, Quantum groups (Karpacz, 1994), 149--153, PWN, Warsaw, 1995. (MR 99k:81119 ).

Conference Proceedings:

Conference talks:

  1. Peripherally Hausdorff spaces and fixed point-theorem, Winter School in Abstract Analysis, Hejnice Czech Republic, 30-th January 2025,
  2. Fixed point theorems for topological contractions, Inspirations in Real Analysis, Będlewo Poland, given in 18th April 2024,
  3. The Baire theorem, an analogue of the Banach fixed point theorem, Spanish-Polish Mathematical Meeting, Łódź, 4-8 September 2023,
  4. Group action on Polish space, Winter School in Abstract Analysis, Steken Czech Republic, 2-nd February 2023,
  5. $T_1$ and $T_2$ Productable Compact Spaces, Inspirations in Real Analysis, Będlewo Poland, April 2022,
  6. Mycielski among trees - Nonstandard proofs of Mycielski and Egglestone like Theorems, Kosice Slovakia, 9-th September 2019,
  7. Continuous images of Berstein set, Winter School in Abstrct Analysis, Hejnice Czech Republic, 28-th January 2019,
  8. Nonmeasurable images in Polish space with respect to $\sigma$-ideals with Borel base, Winter School in Abstrct Analysis, Hejnice Czech Republic, 28-th January 2018,
  9. On generalised Lusin sets with respect to two ideals, Frontiers of Selection Principles, Warsaw Poland, 1-st September 2017,

Preprints and papers under construction:

My arXiv preprints

My Orcid QR:
Orcid QR code