Academic information of a faculty member
College
College of Science
Department
Department of Applied Physics
Rank Date
March 11, 2024
Email
Phone
Courses previously taught
- Applied Physics
- Classical Mechanics
- General Physics .Lab1
- General Physics .Lab2
- General Phsics Lab 1
- General Phsics 1
- General Physics
- General Physics . Lab
- General Physics 1
- General Physics 2
- General Physics 3
- General Physics Complementary Course
- General Physics Lab 2
- Geometrical Optics
- Intermediate Physics Laboratory
- Introduction to Astronomy
- Mathematical Physics 1
- Modern Physics
- Optics Laboratory
- Physical Concepts
- Physical Concepts Lab
- Physics and Society
- Research Project
- Training
- Waves and Light
- Waves and Vibrations Laboratory
- الفيزياء الحديثة English name not available
- الفيزياء العامة 3 English name not available
- تدريب عملي لطلبة الفيزياء التطبيقية English name not available
- مختبر علوم هندسية English name not available
- مشروع بحث English name not available
Courses currently being taught
General Phsics Lab 1
(0213103)
Modern Physics
(0202261)
Physical Concepts Lab
(020000162)
الفيزياء الحديثة
(0202233)
An English course name could not be located
مختبر علوم هندسية
(60100135)
An English course name could not be located
Academic Qualifications
2009 - 2012
University of Jordan
Jordan
Doctorate Degree (Ph.D.)
A Hamilton Jacobi Treatment of Dissipative Systems
Research interests
Quantization of Dissipative systems, Fractional Calculus
Quantization of Dissipative systems, Fractional Calculus
Published research
-
Quantization of Damped Systems Using Fractional WKB Approximation
Applied Physics Research (2018)
-
Fractional Hamiltonian of Nonconservative Systems with Second Order Lagrangian
American Journal of Physics and Applications (2018)
-
The Principal Function for Irregular Lagrangian
Advanced Studies in Theoretical Physics. (2017)
-
Quantization of Fractional Constrained Systems with WKB Approximation
Applied Mathematics & Information Sciences (2023)
-
"Lagrangian Formulation of Fractional Nonholonomic Constrained Damping Systems
Advances in Pure Mathematics (2023)
-
"Action Integral of Regular Systems with Higher Order Lagrangian"
Journal of Applied Mathematics and Physics (2023)
-
Quantization of Time Independent Damping Systems Using WKB Approximation
Journal of Applied Mathematics and Physics (2023)
-
Wave Function Formulation for A Circular Motion
Applied Mathematics & Information Sciences (2023)
-
Quantization of Dissipative Systems with Second-Order Lagrangian
European Scientific Journal (2014)
-
Path Integral Quantization of Regular Lagrangian
Applied Physics Research (2018)
-
Computational Analysis of Time Dependent Holonomic Constraints
Science international (Lahore) (2016)
-
Fractional Euler Lagrange Equations for Irregular Lagrangian with Holonomic Constraints
Journal of Modern Physics (2018)
-
Path Integral Quantization of Dissipative Systems
European Scientific Journal (2014)
Current position
-
Dean
|
College of Science
|
Department of Applied Physics
2025 - Till Now
Previous Work experience
- Head of Academic Department | College of Science | Department of Applied Physics | 2021 - 2022
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