rewrite the following paragraph in a more academic expression with more advanced wordsSoft matters such as fluids polymers colloids and biological tissues owing to the intricate constituents and sophi

Soft materials such as fluids, polymers, colloids, and biological tissues exhibit unique mechanical properties due to their complex composition and intricate structures, leading to distinct functionalities and applications. The rheological characteristics of complex materials, encompassing both viscosity and elasticity, provide insights into how the intrinsic microstructure of the media stores and dissipates energy when subjected to strain. Consequently, the viscoelastic behavior of complex media is of great interest to researchers in the fields of material design, food processing, drug development, and cell physiology investigation. To illustrate, in the design of biomaterials, it is essential to replicate the viscoelastic properties of living tissues in order to achieve specific physiological functions. Conventionally, the rheological properties of a material are assessed through the frequency-dependent shear modulus and the loss angle, which determine the relative proportions of elasticity and viscosity in the media. However, traditional mechanical rheometers measure the viscoelasticity by examining the material's average response to applied strain, which can be relatively high. As a result, a large sample volume is required, and there is a risk of damaging the delicate structure of fragile materials. Moreover, bulk rheological techniques only provide information about macroscopic properties, neglecting important local details that hold significant relevance in specific situations, particularly for materials with spatial heterogeneity