The key issues in fractal geometry concern scale invariance (self-similarity or self-affinity)
and the notion of a fractal dimension D which exceeds the topological dimension d. In this …

This review article delves into the growing recognition of fractal structures in mesoscale
phenomena. The article highlights the significance of realistic fractal-like aggregate models …

A fractal nanostructure having a high surface area is potentially useful in sensors, catalysts,
functional coatings, and biomedical and electronic applications. Preparation of fractal …

Marine aggregates are the vector for biogenically bound carbon and nutrients from the
euphotic zone to the interior of the oceans. To improve the representation of this biological …

Fractal topologies, which are statistically self-similar over multiple length scales, are
pervasive in nature. The recurrence of patterns in fractal-shaped branched objects, such as …

The aim of this review paper is to survey the fractal morphology of scale-invariant patterns.
We are particularly focusing on the scale and conformal invariance, as well as on the fractal …

Static yield stress is crucial for concrete, especially for 3D printed concrete, as it determines
whether the bottom layer can support the load of the subsequent layers or withstand any …

The design of protein-based assemblies is an emerging area in bionanotechnology with
wide ranging applications, from vaccines to smart biomaterials. Design approaches have …

In many cell types, mitochondria undergo extensive fusion and fission to form dynamic,
responsive network structures that contribute to a number of homeostatic, metabolic, and …

Polymer self-assembly is a widely utilized method to prepare a wide range of nano-objects
in solution. Typically, preparation of such objects relies on the use of block copolymers and …