Then why not get some mages or alchemists together and demonstrate the effect.
Why would I do that ? I have no need to demonstrate anything. I trust our brilliant scientists from around the world have done all their best already as we can see.
Anyway there is some consideration that I want to highlight:
Deionized water, because it lacks ions, can potentially interact with and corrode certain metals, especially when it's in prolonged contact with them. Some of the metals that are more prone to corrosion in deionized water include:
Aluminum: Deionized water can be aggressive toward aluminum, potentially leading to corrosion and the formation of aluminum oxide on the surface.
Copper: Copper can be susceptible to corrosion in deionized water, which may result in the release of copper ions and the formation of copper oxide.
Zinc: Zinc can also corrode in deionized water, forming zinc oxide.
Magnesium: Deionized water can react with magnesium and cause corrosion, leading to the formation of magnesium oxide.
Iron and Steel: While iron and steel are less susceptible to corrosion in deionized water compared to regular water, they can still corrode, especially if oxygen is present in the water.
Clay, when unglazed, can be electrically conductive to some extent, but its conductivity can vary significantly depending on the type of clay and its composition. Unglazed clay is not as conductive as metals or highly conductive materials, but it can conduct electricity to some degree due to the presence of ions in the clay.
Several factors influence the electrical conductivity of unglazed clay:
Type of Clay: Different types of clay, such as porcelain, terracotta, or earthenware, have varying compositions, and this affects their electrical conductivity. Some clays may be more conductive than others.
Moisture Content: The electrical conductivity of unglazed clay can increase with higher moisture content. Wet clay is generally more conductive than dry clay.
Impurities: The presence of impurities or mineral content in the clay can impact its conductivity. Clay with more mineral content may be more conductive.
Temperature: Electrical conductivity of unglazed clay can change with temperature. In general, conductivity tends to increase as the temperature rises.
So, to conclude, it is quite clear that Bagdad Batteries were just simply documents holder and have nothing to do with an electric pile, galvanic cell or any electricity generation and we can thank from all our hearts to those brilliant scientists from mainstream science that have brought this into the light and help us not to waste time in such stupid attempts.
To avoid any confusion, lemon juice is good for lemonade and vinegar for salads, have a peaceful sleep