Volume 6, Issue 2, pages 40-23
Mohammed Sanduk is an Iraqi born British physicist. He was educated at University of Baghdad and University of Manchester. Before attending his undergraduate study, he pub-lished a book in particle physics entitled “Mesons”. Sanduk has worked in industry and academia, and his last post in Iraq was head of the Laser and Opto-electronics Engineering department at Nahrain University in Baghdad. Owing to his interest in the philosophy of science, and he was a member of the academic staff of Pontifical Babel College for Philosophy. Sanduk is working with the department of chemical and process engineering at the University of Surrey. Sanduk is interested in transport of charged particles, Magnetohydro-dynamics, and the renewable energy technology. In addition to that, Sanduk is interested in the foundation of Quantum mechanics, and the philosophy of science & technology.
The concept of kinematics is adopted to find the kinematic forms of relativistic quantum mechanics (Dirac wave function, Dirac equation and Klein-Gordon equation). The kinematic forms do not contain Planck’s constant but have the imaginary i. Since 2007, a theory has been developing to explain the complexity (imaginary i) which is a result of the physical process. It may be referred to as the “circles theory”. This theory showed a complex position vector, a complex velocity, and a complex acceleration for a point in a system of two rolling circles. Interestingly, these three equations are similar to the kinematical forms of relativistic quantum mechanics.