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This year JALCOM celebrates it’s 60 anniversary with a special issue.
highly porous polymer foam that mimic bone marrow drives the differentiation of blood-forming stem cells
coating silk sutures with antimicrobial spider silk proteins could alleviate the problem of post-surgical infection
novel electroluminescent device uses flexible, electrically conductive Ag-coated nylon fibers embedded in a PDMS + ZnS composite as electrodes
mechanically-triggered origami-inspired approach creates complex three-dimensional structures for biomedicine, electronics or robotics
direct laser writing approach can print such shape-changing 3D polymer micromachines in a single step
Acoustic metamaterial structure blocks 94% of sound
Researchers have developed a novel fiber comprising a gallium metal core surrounded by an elastic polymer sheath that is both strong and tough.
By incorporating carbon nanotube-based electrodes between multiple layers of elastomer, researchers have produced a novel shape-shifting material.
A novel process called gel electrospinning can produce ultrafine polymer fibers that are exceptionally strong and tough.
Fabrication of the first-ever metallic glass nanotube arrays on a Si substrate by a simple lithography and sputter deposition process.
Novel bioactive nanocomposite hydrogel based on hyaluronic acid and self-assembled bisphosphonate-magnesium nanoparticles facilitates bone regeneration.
mineralized skeletons of sea urchins that are light and robust hold important clues for analyzing and designing artificial porous materials
Researchers have discovered that certain organic crystals are more flexible and stretchable than current materials used for electronic applications.
A novel polymer compound embedded with bismuth trioxide particles holds tremendous promise as a lightweight radiation shielding material.
New class of materials based on liquid metal lattices
Scientists have discovered that the 2D material molybdenum dioxide exhibits piezoelectricity, due to electrons being trapped in its surface defects.
biocompatible polymer scaffolds coated with carbon nanotubes could provide a vital foothold for regrowing cells
By combining silicon nanoparticles with carbon nanotubes, researchers have created yarn-like microspheres for use as battery electrodes.
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