My

MY C.V.

Personal Details:

Name: Mohamed Abdalla Abdelslam Mabrok

Email:

abdallamath@gmail.com

Mohamed.Mabrok@student.adfa.edu.au

Citizenship: Egyptian

Educational Qualifications:

May 2003: B.Sc. in Applied Mathematics (Very Good With Honor Degree)

May 2005: Pre-Master in Computational Physics (Very Good With Honor Degree)

October 2008: Visiting Scholar

Quantum Optics Group, School of Physics, University of Queensland, Brisbane, AUSTRALIA

May 2009:
Master of Theoretical Physics Entitled
“STUDYING THE QUANTUM PROPERTIES FOR A SYSTEM OF ATOMS INTERACTING WITH SOME FIELDS”

PhD Student(2010-now),School of Engineering and Information Technology, University of New South Wales at the Australian Defence Force (ADFA)

Programming skills:

· Several Programming languages (including Matlab, C++, Mathematica)

· Desktop Publishing (LaTeX, Office, Scientific Work place, ect..)

· Operating system (Linux , MS Windows)

Employment History:

· Assistant Lecturer: 2003-present.

PROFESSIONAL SKILLS AND EXPERIENCE:

· TOT (Training of Trainer ) Courses: Institute of Development and Learning, Elmansora University, EGYPT

· Teacher Training Courses: Institute of Development and Learning Suez Canal University Ismailia, EGYPT.

Publications:

A. Faisal, A. El-Orany, A.-S.F. Obada, M. A. Mabrok, and M.R.B. Wahiddin, Journal of Modern Optics, Volume 55, Issue 10 June 2008 ,1649 - 1666.
M. A. Mabrok and Z.Ficek, “Dynamic of entanglement of two atoms in a cavity”, (In preparation)
M.A.Mabrok and Z.Ficek, “Quantum interference in atomic molecular system ”, (In preparation )
Mohamed A. Mabrok, Abhijit G. Kallapur, Ian R. Petersen and Alexander Lanzon "

On Spectral Conditions for the Negative Imaginary Property

of Transfer Function Matrices" (under review)

Mohamed A. Mabrok, Abhijit G. Kallapur, Ian R. Petersen and Alexander Lanzon "

Spectral Conditions for the Negative Imaginary Property

of Transfer Function Matrices" (under review)

Research interestS

Quantum optics.
Robust Control Theory.
Negative Imaginary System Theory.
Cavity Ring-Down Spectroscopy.

Research experience:

Quantum mechanical calculations of mechanical closed systems using Jaynes-Cummings model for interactions between atoms and the field by solving Schrödinger equation

Entanglement and Entropy Squeezing .
Disentaglement and decoherence.
Control System Design Under Negative Imaginary System Theory.
Control System Design for Cavity Ring-Down Spectroscopy system.

Personal Attributes:

· Enjoy working in a team environment, taking on new challenges and learning new skills.

· Excellent communication and teaching skills, teaching many courses in physics, pure mathematics and applied mathematics

Social and General Interests:

Catching fish
Gardening
Travel
Photography