Researchers present a new concept for solution-processed low-dimensional metal oxide quasi-superlattice-based transistors with dramatically enhanced electron mobilities.
Researchers present a new concept for solution-processed low-dimensional metal oxide quasi-superlattice-based transistors with dramatically enhanced electron mobilities.
The last decades have witnessed a dramatic advance in organic syntheses from the viewpoint of environmental science and technology. In a review article, Professor Michinobu highlights a novel click reaction inspired by semiconducting polymer doping techniques.
A development alliance produced the semiconductor industry’s first 7nm node test chips with functioning transistors.
Professor Ozin explores a new silicon allotrope with potential for high capacity lithium ion batteries, enhanced efficiency photovoltaics and next generation light emitting diodes.
New polymer-inorganic semiconductor composite breaks the record for n-type conducting polymers.
Flexible LECs with an ambient-air performance on par with identical glass-encapsulated LEC reference devices have been realized.
Underwater actuator devices with a range of motion, including swimming and walking, are demonstrated via laser-control of density of composite hydrogels.
Researchers have developed an innovative technique for depositing aluminum metal onto polymeric solar cells during large-scale roll-to-roll processing.
Researchers in Korea transform electrohydrodynamic inkjet printing into a new 3D microfabrication technique.
Twin special issues on the Nobel Prize topic “Nitride Semiconductors” have been published in pss (a) and pss (b).