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Prof. Dr. Martin Kreuzer, Inhaber des Lehrstuhls für Mathematik mit Schwerpunkt Symbolic Computation, lehnt an einem Geländer. Er trägt einen Anzug mit Fliege.

Professor Martin Kreuzer

Professor Martin Kreuzer has held the chair of Mathematics with a focus on Symbolic Computation since 2007. His main research areas are computer algebra, commutative algebra, algebraic geometry and their applications. He is particularly interested in algebraic cryptography, which deals with the construction of new cryptosystems and the security analysis of existing cryptosystems using algebraic methods. The DFG project "Algebraic Error Attacks", which investigates the protection of cryptographic hardware against fault injections, is his most important activity in this field.

Professor Martin Kreuzer has held the chair of Mathematics with a focus on Symbolic Computation since 2007. His main research areas are computer algebra, commutative algebra, algebraic geometry and their applications. He is particularly interested in algebraic cryptography, which deals with the construction of new cryptosystems and the security analysis of existing cryptosystems using algebraic methods. The DFG project "Algebraic Error Attacks", which investigates the protection of cryptographic hardware against fault injections, is his most important activity in this field.

"In my research, the focus of my interest is computer algebra. In particular, this includes systems of equations coming from algebraic cryptography, which are used to analyse the security of encryption systems. This field contributes to IT security research and has grown in significance over recent years. We can use systems of mathematical equations to formulate attacks on cryptosystems and obtain secret information if we succeed in solving them. For instance, if a crypto chip falls into the wrong hands, the attackers can inject faults, provoke miscalculations, compare them to the correct calculations, and deduce the secret key on the chip. For the future design of crypto chips, we need to collaborate closely with other disciplines, especially with computer engineering."

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