In implementation of the scientific memorandum of understanding signed between the College of Education for Pure Sciences / University of Kerbala and the College of Chemistry / University of Lorestan / Islamic Republic of Iran, a scientific lecture and workshop were given by the lecturer, Prof. Dr. (Abdul Rahim Baharvand), specializing in solid state physics. The lecture was entitled: Theoretical Application of Graphene Film on the Structure of Solar Cells The lecture aimed to explain the manufacture of solar cells from graphene to obtain clean energy instead of energy resulting from fossil fuels, which naturally causes significant environmental damage that affects air quality and public health. The lecture included several practical axes through finding solutions that include obtaining various sources of renewable energy using one of the most prominent sources of renewable energy, which is called clean energy that is produced directly from nature, most notably wind energy, water energy, solar energy, and others. One of the most important features of this type of solar cells is that they are flexible, similar to a gelatinous material, which makes them easier to design, handle, and manufacture than the currently available solid cells, and with higher quality, especially since they can be linked to another system that relies on wind energy in the event of weak solar energy. At that time, the researcher recommended the need to pay attention to designing and manufacturing solar cells from graphene, due to the urgent need for them to generate electricity in a clean and continuous manner, away from the harms and disadvantages of fossil fuels.
