Ioannis Haranas- PhD , MSc, MSc, BSc, BSc
- Associate Professor of Astrophysics at American University of Iraq Baghdad
Ioannis Haranas
- PhD , MSc, MSc, BSc, BSc
- Associate Professor of Astrophysics at American University of Iraq Baghdad
About
14
Publications
2,064
Reads
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15
Citations
Introduction
Ioannis Haranas currently works at the Department of Physics & Computer Science, Wilfrid Laurier University. Ioannis does research in Applied Mathematics, Astronomy and Astrophysics. Their current project is 'SU-F-E-04: A Paris System-Based Implant Approach to Hyperthermia Cancer Tumor with Gold Seeds and Ultrasound'.
Current institution
American University of Iraq Baghdad
Current position
- Associate Professor of Astrophysics
Additional affiliations
February 2017 - April 2017
Research Center on Computational Biomarkers (RCCBM)’
Position
- Major Contributor
Description
- The establishment of a new Research Center entitled ‘Research Center on Computational Biomarkers (RCCBM)’ was announced on November 2016 on Wilfrid Laurier University’s Waterloo campus by the Directors of the CARGO Lab and BiHELab.
Publications
Publications (14)
BLACK HOLE TORSION EFFECT AND ITS RELATION TO INFORMATION
In order to study the effects of the torsion on the gravitation in a space-time and its relation to information, we use the Schwarzschild metric, where the torsion is naturally introduced through the spin particle density. In a black hole scenario, we derive an analytic solution for the bla...
We intend to use the description of the electron orbital trajectory in the de Broglie-Bohm (dBB) theory to assimilate to a geodesic corresponding to the General Relativity (GR) and get from it physical conclusions. The dBB approach indicates us the existence of a non-local quantum field (corresponding with the quantum potential), an electromagnetic...
The breakpoint of fresh commercial meats and in vivo mice has been assessed using tissue temperature enhancement pattern. A 1 cm length and 0.1 cm diameter gold rod was implanted in fresh chicken breast, beef, fish, and in vivo Mus musculus white mice and was insonated with ultrasound. The temperature enhancement of gold rods was measured with a ne...
A Paris system-based implant approach has been used to improve the bio-heat distribution from implanted gold rods in insonated tissues. Experiments with single-plane implants using parallel equidistant 1.018 ± 0.015 cm height and 0.136 ± 0.001 cm diameter 24-K gold rods) arranged in triangular and square shapes were performed in Mus musculus white...
This contribution examines the effects of oxygen diffusion and transport on the observed kinetics during Photodynamic Therapy in a spherical cell model and also provides a theoretical background for the qualitative and quantitative characterization of different aspects of basic cellular decision making processes. The logical design and computationa...
In this paper, we consider a satellite orbiting in a Manev gravitational potential under the influence of an atmospheric drag force that varies with the square of velocity. Using an exponential atmosphere that varies with the orbital altitude of the satellite, we examine a circular orbit scenario. In particular, we derive expressions for the change...
All life on earth is accustomed to the presence of gravity. When gravity is altered, biological processes can go awry. It is of great importance to ensure safety during a spaceflight. Long term exposure to microgravity can trigger detrimental physiological responses in the human body. Fluid redistribution coupled with fluid loss is one of the effec...
It is possible that the nucleolous inside the cell plays the role of a “gravity receptor”. Furthermore, cells up to 10 lm in diameter can demonstrate some effect due to the redistribution of mitochondria or nucleolous. Effects of gravity should be present in various cell systems where larger objects such as the ribosomes move from cell to cell. In...
A semi-quantitative undergraduate experiment is described which verifies
that the attenuation of microwaves propagating in a lossy liquid medium
depends both on the distance traveled by the wave in the medium, as well
as on the medium's electric conductivity.
Questions
Question (1)
Suppose that I have an expression of the form dF/dt= <A> <B>. A is the average potential energy as given by the virial theorem and <B> is the average value of dM/dt over a revolution . Then If I convert dF/dt to dF/dE (eccentric anomaly) and Integrate over a revolution the RHS what do I have? Or what does the product of two averages averaged over one revolution will suppose to mean? Does it make sense do do that in order to find F(final) =F(E(initial))+Intregral(<A><B> dE) from 0 to 2Pi?
