Read article: First-principles calculations shed light on semiconductor defects
New work could make devices containing gallium nitride more resistant to radiation-induced faults
Read article: Millimetre-scale transceiver boosts ingestible sensors
Wireless receiver and transmitter is small enough to fit in a swallowable capsule for monitoring gut health
Read article: Quantum dot LEDs go cadmium-free
The first highly efficient quantum-dot light-emitting diodes that do not rely on toxic heavy metals could find applications in next-generation TV displays
Read article: Vacuum technology comeback immunizes nanoelectronics from radiation
With an optimized structure and materials substrate vacuum nanoelectronics bids to outperform semiconductor counterparts
Read article: Carbon nanotube 16-bit microprocessor takes computing beyond silicon
The most complex computing device from emerging non-silicon materials reported so far says “Hello World”
Read article: Michael Pepper wins Isaac Newton Medal and Prize
Nanoelectronics pioneer is honoured by the Institute of Physics
Read article: Battle of the elements: silicon builds digital revolution from sand
Silicon is synonymous with the computing and communications boom that has transformed our daily lives, says Susan Curtis
Read article: Can we fight neural disorders with light?
A novel device translates light into electrical signals that can stimulate nervous tissue in vivo
Read article: Organic transistors reach new heights
Enhanced performance of electrolyte-gated organic transistors gives a promising platform for highly integrated electronics and artificial neural networks
Read article: Conducting highways boost performance of stretchable semiconductor
Metallic carbon nanotubes speed-up electron traffic
