After all, developing a solid-state lithium-sulfur battery with ease was impossible.
According to the current theories in the Scientific Community, there was still much about solid-state electrolytes that remained unclear.
Especially certain processes that occurred at interfaces.
And interfaces were a concept shared by both chemistry and physics.
An interface usually referred to the boundary or contact region between two different phases, such as the area where any different states of matter, substances, or materials came into contact.
This concept existed among all combinations of solids, liquids, and gases.
Especially in the field of batteries, electrodes and electrolytes were different materials, and different materials naturally possessed different properties.
Thus, at the interface, those differences caused gradients in physical and chemical properties, such as variations in electric potential, concentration, and structure.
Naturally, interfaces between different materials also brought different problems.
"However, although these materials appear different, the ultimate issues are all reflected in electrons."
In his office, Xiao Yi lowered his head in thought.
It was like the principle of absolute electronic nature he had developed before.
The weak force, strong force, and gravity had little to do with materials. Under everyday conditions and conventional experimental conditions, the essence of materials was electromagnetic interaction.
"Using the principle of absolute electronic nature to calculate electron and ion migration at interfaces would be quite suitable, but it still lacks specificity."
The pen in his hand moved continuously across the draft paper until Xiao Yi finally shook his head.
"The original Absolute Electronic Computation only considered relatively simple situations, mainly focusing on the same type of material. When dealing with interface problems between two complex materials, it really falls short."
"What is lacking is a theory that can simply simplify interface problems..."
"Hmm, there is currently a space-charge layer theory, but it is still