Problems on Structure of Finite Quasifields and Projective Translation PlanesIt is well-known that the constructions and classification of non-Desarguesian projective
planes Dihedral Group of Order 8 in an Autotopism Group of a Semifield Projective Plane of Odd Order-Desarguesian
semifield projective
plane of a finite order is solvable (the question 11.76 in Kourovka
notebook
Linear Autotopism Subgroups of Semifield Projective Planes-Desarguesian
semifield projective
plane of a finite order is solvable (the question 11.76 in Kourovka
notebook
Некоторые результаты об изоморфизмах конечных полуполевых плоскостейКравцова, Ольга В.,
Панов, Сергей В.,
Шевелева, Ирина В.,
Kravtsova, Olga V.,
Panov, Sergei V.,
Shevelyova, Irina V. The authors extend an approach to construct and classify the
semifield projective
planes using
A Semifield Plane of Odd Order Admitting an Autotopism Subgroup Isomorphic to A5A
Semifield Plane of Odd Order Admitting an Autotopism Subgroup Isomorphic to A5
On alternating subgroup A5 in autotopism group of finite semifield planeOn alternating subgroup A5 in autotopism group of finite
semifield plane Semifield Planes Admitting the Quaternion Group Q 8Semifield Planes Admitting the Quaternion Group Q 8
Minimal Polynomials in Finite Semifields semi-
fields. A proper finite
semifield has non-associative multiplication, that leads to a number
Semifield planes of odd order that admit a subgroup of autotopisms isomorphic to A 4We develop an approach to constructing and classification of
semifield projective
planes with the use