On the Existence of Solutions of Certain Asymptotically Homogeneous Problems.
On the fiber-preserving maps
On the fixed point formula for Atiyah and Bott
On the fixed point index and the Nielsen fixed point theorem of symmetric product mappings
On the fundamental dimension of approximatively 1-connected compacta
On the fundamental dimension of the Cartesian product of compacta with the fundamental dimension 2
On the generalization of the Nielsen number
On the genus of free loop fibrations over -spaces.
On the genus of represenattion spheres.
On the homological category of 3-manifolds.
Let M be a closed, connected, orientable 3-manifold. Denote by n(S1 x S2) the connected sum of n copies of S1 x S2. We prove that if the homological category of M is three then for some n ≥ 1, H*(M) is isomorphic (as a ring) to H*(n(S1 x S2)).
On the Homology of Finite Free (Z/2)n-Complexes.
On the homotopical classification of DJ-mappings of infnitely dimensional spheres
On the Index of Approximating Sets of Periodic Points.
On the Lefschetz fixed point theorem
On the Lefschetz fixed point theorem for multivalued weighted mappings
On the Lusternik-Schnirelmann category in the theory of shape
On the Lusternik-Schnirelmann Category of Lie Groups.
On the Lusternik-Schnirelmann Category of Lie Groups: II.
On the Nielsen fixed point theory for multivalued mappings
We present J. Jezierski's approach to the Nielsen fixed point theory for a broad class of multivalued mappings [Je1]. We also describe some generalizations and different techniques existing in the literature.
On the number of coincidences of morphisms between closed Riemann surfaces.
We give a bound for the number of coincidence of two morphisms between given compact Riemann surfaces (complete complex algebraic curves). Our results generalize well known facts about the number of fixed points of an automorphism.