Organisms in nature have evolved unique structural colors and stimuli‐responsive functions
for camouflage, warning, and communication over millions of years, which are essential to …

A scalable protocol for design and subsequent 3D‐printing of polymeric core‐shell‐particles
is reported. The particle synthesis by emulsion polymerization in starved‐feed mode is used …

Structural colors derived from nature have attracted extensive interest due to their unique
optical performances and various applications in the field of biomimetic optics. Many …

Core-shell particles (CSP) represent one of the most promising building blocks for the
artificial production of stimuli-responsive materials with iridescent structural colors. Despite …

In this work, we developed inverse opal photonic crystals (IOPCs) for real-time identifiable
labels by tuning the structure color and chemical color under ultraviolet (UV) light and near …

Interest has been rising in investigating spherical colloidal clusters for their potential
application to optical materials, such as pigments and sensors. It is also interesting that the …

Real-time sensing and monitoring of temperature are of great significance for assessing
human health. The sensitivity and stability are inevitable issues for thermometers. In this …

While stimuli-responsive structural colors are commonly found in nature, mimicking these in
artificial materials is challenging. Dynamically switchable and tunable coloration, however …

Structural coloration originating from colloidal particle assembly has drawn tremendous
interest because of the brilliant dye-free colors in line with green and low-carbon …

Synthesis and industrial production of functional monodisperse microspheres still face
enormous challenges like precise size control and process simplification. Herein, a strategy …