مواقع التدريسيينجامعة الكوفة
Naeema hadi ali alhassnawi
Assistant Lecturer

Naeema hadi ali alhassnawi

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About

I obtained a bachelor’s degree from Al-Mustansiriya University in Physics in 1993. Then I obtained a master’s degree in 2023 from Azad Islamic Sciences and Investigations University in the city of Tehran in Iran in the specialty of nanotechnology. My work was within the medical line, where we created nanoparticles from biologically based cyanobacteria and treated them with cold plasma, then transplanted them with cancer cells from an infected human lung, and the tests showed their efficiency. Nanoparticles in cancer cell therapy
During my 23 years of service in the College of Science, I held several administrative positions characterized by a spirit of cooperation and hard work in advancing progress and development in the college’s administrative work, through which I contributed to solving many problems at the work level. I also had a contribution to the work of scientific laboratories in the Physics Department in the plasma and electricity laboratories. Mechanics, general and modern physics, and modeling laboratory

Research Interests

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Publications

2

Calculating the Energy of B+2-Ion Using Division Technique

AuthorsAl-Khafaji, Qassim Shamkhi;, Al-Shebly, Shaymaa Awad Kadhim; Bilal, Hassan Hadi Jabber; Ali, Naeema Hadi
Journal Journal of Advanced Physics, Volume 5, Number 4, December 2016, pp. 364-367(4) Publisher: Americ
Abstract

In this research we had used the division technique for the analysis of atomic open-shell of Boron-ion in the (1s 22s) state using Hartree-Fock (HF) approach. The energies and some atomic properties for each shell for the Boron-ion (K-shell, KL (singlet) and KL (triplet)) have been calculated. The calculated total energy of Boron-ion. All the results of the expectation values were checked according to normalization condition. The atomic units were used in the calculations as well.

2024

New Experiment for Bell’s Inequalities for Photons Using Different Polarization Angles

AuthorsNaeema Hadi Ali, Ali Riyadh Abdulridh Faeq A. AL-Temime shaymaa awad kadhim Nameer haider
JournalJournal of Chemical, Biological and Physical Sciences
Date2024-04-30
Abstract

In quantum mechanics, quantum entanglement is a physical phenomenon in which quantum particles (such as photons, electrons...) are connected to each other despite the large distances between them.

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