Fungal-grown mycelium skins provide a biodegradable substrate for electronic devices and could help reduce electronic waste
Read article: Mushroom-based substrates create flexible and sustainable electronics
Cubic boron arsenide has a growing list of useful properties
Read article: Long-lived hot electrons spotted in ‘wonder’ semiconductor
New non-invasive wet etching technique helps visualize point defects and grain boundaries in two-dimensional semiconductors over large scales
Read article: Long-range semiconductor defects come into view
The first bipolar transistor made from an organic semiconducting material makes its debut
Read article: Bipolar transistors go organic
Experimental evidence for exceptional thermal conductivity and hole mobility in cubic boron arsenide raises hopes for future applications
Read article: Champion semiconductor could replace silicon, say researchers
New device meets a critical industrial stability standard for photovoltaic modules
Read article: Perovskite solar cell survives the damp and heat
Researchers solve the "intermittency problem" in these light-emitting nanostructures at last
Read article: Quantum dots are no longer on the blink
Three basic rules govern how defects behave in response to strain, say theorists
Read article: New theory could help optimize defects in semiconductors
First snapshots of ultrafast switching could lead to more energy-efficient computing
Read article: ‘Stop-motion movie of atoms’ reveals short-lived state in nanoscale switch
High-thermal-conductivity boron arsenide is better at removing heat than the best thermal-management devices available today
Read article: New semiconductor cools computer chips
