Interests
I am interested in pure model theory and its
connections with algebra and topology, particularly in:
- profinite structures, profinite groups and rings
regarded as profinite structures,
- Polish structures, Polish [compact] $G$-groups,
- stable, simple, rosy and NIP theories, groups and fields,
- $\omega$-categorical groups and rings,
- Lascar strong types and topological spaces of hyperimaginaries,
- model theory of fields.
Publications
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K. Krupiński, L. Newelski, On bounded type definable equivalence relations
ps,
Notre Dame Journal of Formal Logic (43), 231-242, 2002.
-
K. Krupiński, Products of finite abelian groups as profinite groups
ps, Journal of Algebra (288), 556-582, 2005.
-
K. Krupiński, Abelian profinite groups
ps, Fundamenta Mathematicae (185), 41-59, 2005.
-
T. Blossier, K. Krupiński, A special thin type
ps, Illinois Journal of Mathematics (49), 281-290, 2005.
-
K. Krupiński, Profinite structures interpretable in fields
ps, Annals of Pure and Applied Logic 142, 19-54, 2006.
- K. Krupiński, F. Wagner, Small profinite groups and rings
ps, Journal of Algebra (306), 494-506, 2006.
- C. Ealy, K. Krupiński, A. Pillay, Superrosy dependent groups having finitely satisfiable generics
pdf, Annals of Pure and Applied Logic (151), 1-21, 2008.
- K. Krupiński, Fields interpretable in rosy theories
ps, Israel Journal of Mathematics (175), 421-444, 2010.
- K. Krupiński, Fields interpretable in superrosy groups with NIP (the non-solvable case)
ps, Journal of Symbolic Logic (75), 372-386, 2010.
- K. Krupiński, Some model theory of Polish structures
ps, Transactions of the American Mathematical Society (362), 3499-3533, 2010.
- K. Krupiński, Generalizations of small profinite structures
pdf, Journal of Symbolic Logic (75), 1147-1175, 2010.
- K. Krupiński, A. Pillay, On stable fields and weight
pdf, Journal of the Institute of Mathematics of Jussieu (10), 349-358, 2011.
- K. Krupiński, On relationships between algebraic properties of groups and rings in some model-theoretic contexts
pdf, Journal of Symbolic Logic (76), 1403-1417, 2011.
- K. Krupiński, On $\omega$-categorical groups and rings with NIP
pdf, Proceedings of the American Mathematical Society (140), 2501-2512, 2012.
- K. Krupiński, F. Wagner, Small, nm-stable compact G-groups
pdf, Israel Journal of Mathematics, accepted.
- J. Dobrowolski, K. Krupiński, On $\omega$-categorical, generically stable groups
pdf, Journal of Symbolic Logic, accepted.
- K. Krupiński, P. Tanović, On Podewski's conjecture
pdf, submitted.
- J. Gismatullin, K. Krupiński, On model-theoretic connected components in some group extensions
pdf, preprint.
- J. Dobrowolski, K. Krupiński, On $\omega$-categorical, generically stable groups and rings
pdf, submitted.
- K. Krupiński, A. Pillay, S. Solecki, Borel equivalence relations and Lascar strong types
pdf, submitted.
Work in progress
- Borel complication of the relation of being in the same Lascar strong type, model theoretic connected components (collaboration with A. Pillay and S. Solecki).
- Small profinite groups and rings (collaboration with F. Wagner).
- Small Polish structures.
- Rosy groups and fields with NIP.
- Stable fields of finite weight (collaboration with A. Pillay).
- Minimal and quasi-minimal groups and fields (collaboration with T. Gogacz).
- $\omega$-categorical groups and rings (collaboration with J. Dobrowolski).
- Model-theoretic connected components (collaboration with J. Gismatullin).
Detailed CV
Zajęcia z algebry na informatyce
Lista 1 pdf
Lista 2 pdf
Lista 3 pdf
Lista 4 pdf
Lista 5 pdf
Lista 6 pdf
Lista 7 pdf
Lista 8 pdf
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Lista 10 pdf
Lista 11 pdf
Lista 12 pdf
Lista 13 pdf
Drugie kolokwium zostanie przeprowadzone 21 maja (poniedzialek) w godzinach 15.00-17.00 w sali 27 w II oraz w sali HS w IM. Bedzie obowiazywac na nim meterial z algebry liniowej.
Osoby o nazwiskach do pana Malinowskiego Wojciecha wlacznie pisza kolokwium w sali HS. Pozostale osoby pisza w sali 27.
Cwiczenia w mojej grupie cwiczeniowej z 21 maja zostaja przeniesione na piatek 26 maja na godzine 17.15-19.00.
Progi punktowe na poszczegolne oceny: [0,50) - 2.0, [50,60) - 3.0, [60,70) - 3.5, [70,80) - 4.0, [80,90) - 4.5, [90,115) - 5.0
Egzamin końcowy odbędzie się 4 czerwca (poniedzialek) w godzinach 10.15-12.45.
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