Not true. They break pretty easily in acceleratorsBlue Scallop said:atoms don't break
One problem is the layer of air that you have in the gap. The atoms/molecules don't quite match up. Another is that you are not going to get perfect alignment when you try to put two pieces back together. When you reheat and melt the pieces back together, you are NOT reattaching the original connections, you are making the molecular bonds plastic and getting a whole new set of connections when the glass goes back to a solid state... so when glasses break.. the atoms are only rearrange.. so how do you attach broken glasses without reheating them (which I guess makes the atoms bond).. can't you just instruct the atoms in the edge of the broken glasses to reattach? What would it take to do that?
Blue Scallop said:can't you just instruct the atoms
Atoms bond together through the sharing or transfer of electrons. In the case of broken glasses, the atoms in the broken pieces will form new bonds with each other, creating a strong connection and repairing the glasses.
The type of bond formed between atoms in broken glasses is a covalent bond. This is a strong bond where electrons are shared between atoms, resulting in a stable and strong connection.
The strength of the bond directly affects the repair of broken glasses. A strong bond, such as a covalent bond, will result in a more secure and long-lasting repair. Weaker bonds, such as hydrogen bonds, may not provide enough strength to hold the broken pieces together.
Yes, broken glasses can be repaired multiple times using atom bonding. As long as the atoms are able to form new bonds with each other, the glasses can be repaired. However, repeated repairs may weaken the overall structure of the glasses.
Yes, there are other factors that can affect the success of repairing broken glasses using atom bonding. These include the type of material the glasses are made of, the temperature and pressure during the bonding process, and the precision and alignment of the broken pieces. These factors can all impact the strength and stability of the repaired glasses.