A recent study has revealed a fascinating insight into the mechanism behind microgels and colloids. Using neutron beam technology, researchers have been able to determine how these tiny particles move and interact in a liquid environment. This discovery could have wide-ranging implications for industries that use microgels and colloids, from food production to drug delivery.

The team of researchers used neutron beam technology to study the movement of microgels in a liquid environment. By tracking the neutron beam, the researchers were able to observe how the particles moved and interacted with one another. They found that the microgels behaved much like colloids, forming clusters and moving through the liquid in a “wave-like” fashion. This wave-like motion is thought to be the result of the particles’ interaction with the liquid.

The research team hopes that their findings will help engineers and scientists better understand the behavior of microgels and colloids. This knowledge could then be used to create new and improved products and technologies that take advantage of the particles’ unique properties.

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source: Phys.org