Starch - Water Experiment
I think the majority of people heard this experiment. One can be found in starch and water. This will cause it to be exposed to pressure. So it has a variable viscosity.
Viscosity: Resistance to the fluidity of the materials. That is, if the viscosity is high, the material is not liquid.
It should be compatible with starch and water mixture. If your hand dips, it passes through a liquid around your hand. If you hit a pulse, the molecules move over time and behave like solid.
Just see how many liters of water in the pool. (Identify the richness for me: look at the pool, look!) Then take the starch as much as you need for the pool. Start! After you get enough starch, you will see that your pool is still liquid even when the viscosity increases. When you lean on the floor, you will not have any difficulty moving. Any object you throw with a proper mass in the pool. If you go in, you will sink, but if you run like this, you can go without sinking. Every step you make will have a harsh effect, and the place you press will react like a solid. If you slow down, it will be time to slip towards the molecules and the sink.
In the same systems, there are gels and fabrics. Fabrics made from military protection material have abandoned or left this technology. Of course, the soldier does not have water or starch. One of them is a very small size (nano) silica tipped polyethylene glycol solution. This is not exactly the solution. It is a mixture of solution with heterogeneous mixture and is very strong. This is very necessary for military clothes. Although it is not a new technology, it still does not reach its natural limits. I see where it is.
I will give you one more. It does not have the crystal order of a glass-containing layer. Viscosity is high, but solid is not acceptable. It is assumed to be a semi-solid, semi-liquid structure instead. Even if we look at the windows in old houses,