Scientists have recently been exploring the elasticity of colloidal suspensions, a type of liquid that is made up of tiny particles suspended in a liquid. The team, led by Dr. Maureen S. O’Neill, has made some exciting discoveries about how these suspensions respond to applied forces and may be able to use their findings to develop new materials.

The team’s research focused on using colloidal suspensions to create materials with different elastic properties. By manipulating the size and shape of the particles suspended in the liquid, they were able to create materials with properties ranging from rigid to elastic. They found that even small changes to the size and shape of the particles had a big impact on the elasticity of the material. This could open up new possibilities for creating materials with different properties for a variety of applications.

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source: Phys.org