Dr. Eiman Hassan Abood currently works at the Department of Mathematics, College of Science, University of Baghdad/ Iraq. Eman does research in the field of functional analysis.
• 1999-2003 Ph.D, mathematics/ University of Baghdad (Iraq) • 1994-1996 M.Sc., mathematics/ University of Baghdad (Iraq) • 1987-1991 B.Sc., Mathematics / University of Baghdad (Iraq).
I work as a lecturer at the University of Baghdad, College of Science, Mathematics Department, as a lecturer in preliminary and graduate studies in the field of functional analysis.
- Operator theory
- The classical theory of complex functions
Over the years of my teaching at the university, inundergradute studies I taught most topics in mathematics, such as the foundations of mathematics, calculus, linear algebra, mathematical analysis, complex analysis, functional analysis, general topology, and operations research. In graduate studies, I taught various topics in function.
Supervision Supervision
- Master thesis, 2008, Aqeel Mohamma
- d Hussein, “On Linear Fractional Composition Operator on Hardy Space H2", The College of Education for Girls, University of Kufa.
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Master thesis, 2013,Sarah Mohammed Khalil, “The Product of Finite Numbers of Automorphic Composition Operators on Hardy Space H^2”.The College of science, University of Baghdad.
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Master thesis, 2015, Mustafa Adil, “On some generalizations of normal operators on Hilbert spaces”. The College of science, University of Baghdad.
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PhD thesis, 2016, Alaa Hussian, “On weighted Composition Operators on Hardy Space H^2".The College of science, University of Baghdad. .
(1)
Throughout this paper we study the properties of the composition operator
C
p1 o
p2 o…o
pn induced by the composition of finite numbers of special
automorphisms of U,
pi (z) i
i
p z
1 p z
Such that pi U, i 1, 2, …, n, and discuss the relation between the product of
finite numbers of automorphic composition operators on Hardy space H2 and some
classes of operators.
In this paper, we introduce a new type of Drazin invertible operator on Hilbert spaces, which is called D-operator. Then, some properties of the class of D-operators are studied. We prove that the D-operator preserves the scalar product, the unitary equivalent property, the product and sum of two D-operators are not D-operator in general but the direct product and tenser product is also D-operator.
(3)
In this paper we introduce a new class of operators on Hilbert space. We
call the operators in this class, n,m- powers operators. We study this class
of operators and give some of their basic properties.