Researchers in Japan have developed a novel high performance microcapacitor with excellent energy and power densities, for on-chip and MEMS applications.
Electronics
Simplified Fabrication Improves Stibnite Solar Cell Efficiency
Research into solar cell materials has shown that stibnite synthesis is fast and cheap, and can be easily scaled up, critical for industrial applications.
Molecular arithmetic operations on a single DNA platform
Diverse advanced logic circuits are fabricated to implement arithmetic functions based on a simple and single molecular beacon platform.
Towards seamless bionic interfaces
New research solves two major problems in strechable electronics: poor adhesion and troublesome photopatterning.
Toward Morphing Airfoils with Soft and Squishy Elastomers
New work is the first to describe the dynamic fluid-soft material interactions for both lift and drag of inflatable actuators embedded in stiff structures.
Perovskite solar cells: more than just a fad?
Michael Grätzel et al. show excellent device stability for perovskite solar cells tested outdoors in the hot, humid climate of Jeddah, Saudi Arabia.
Polymer solar cells with enhanced open-circuit voltage exceeding 1 V
Enhanced performance in polymer solar cells is achieved using a linked-acceptor type conjugated polymer.
Lights on! Single molecule switches for molecular electronics
Light-induced switching of single molecule electronic junctions has been successfully demonstrated by researchers in Germany.
Viable electron acceptors based on non-fullerenes
A non-fullerene material is presented as a potential electron acceptor for use in bulk heterojunction organic photovoltaics.
Wearable Strain Sensors via 3D Printing
A multiple core–shell 3D printing method has been developed to fabricate soft, stretchable, fibre-based, capacitive strain sensors. The sensors can be readily integrated into conventional clothing and used in gait monitoring.
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