Purely-organic clusterization‐triggered emission (CTE) has displayed promising abilities in
bioimaging, chemical sensing, and multicolor luminescence. However, it remains absent in …

Supramolecular materials with room‐temperature healability and recyclability are highly
desired because they can extend materials lifetimes and reduce resources consumption …

Building macro continuous materials that play an important role in our daily lives directly
from powder is in line with the development needs of green chemistry. Powders or particles …

The brittleness of many supramolecular films in a dry environment has prevented their
further application as supramolecular plastics. We report here the fabrication of …

Materials based on xanthan (XG), lignin (LB), lignin esters (LBOL and LBST), and
montmorillonite (CL) were successfully obtained and used as altered oils adsorbents. The …

Human skin moisture is closely related to health and personal care issues. Many creams
were developed to claim capable of skin moisturizing. However, people can hardly check …

Solid-phase molecular self-assembly (SPMSA) is emerging as an efficient approach,
leading to scale-span self-assembled supramolecular films. With SPMSA, freestanding …

Clusterization‐triggered emission is emerging as a powerful strategy leading to useful
luminescence such as room‐temperature phosphoresce (CTE‐RTP), yet people's …

Wearable sensing technologies have gained increasing interest in biomedical fields
because they are convenient and could efficiently monitor health conditions by detecting …

Reliable human–machine interactions rely highly on a material that can provide stable real‐
time conductivity in the presence of unexpected damage. The closest step toward this goal is …