Nanopore sensing goes electrode free
Technical breakthrough has allowed researchers to make an optical nanopore sensor that does not require any electrical connections
Read article: Nanopore sensing goes electrode free
Read article: Nanopore sensing goes electrode free
Heat engines hit microscopic limits
New device could help us better understand how thermal fluctuations affect the performance of microscopic motors
Read article: Heat engines hit microscopic limits
Vacuum technology comeback immunizes nanoelectronics from radiation
With an optimized structure and materials substrate vacuum nanoelectronics bids to outperform semiconductor counterparts
Read article: Vacuum technology comeback immunizes nanoelectronics from radiation
Protein building blocks make sustainable organic batteries
Protein batteries could be promising alternatives to conventional lithium-ion devices
Read article: Protein building blocks make sustainable organic batteries
Wearable patches could ‘decode’ sweat
Mass produced sensors can almost instantly detect and analyse electrolytes, metabolites and other biomolecules contained in sweat
Read article: Wearable patches could ‘decode’ sweat
Three-atom-thick optical waveguide is the thinnest ever
The device could lead to the development of higher density optoelectronic chips
Read article: Three-atom-thick optical waveguide is the thinnest ever
Independent optomechanical nano-oscillators vibrate in sync
Two mechanically linked optomechanical cavities, individually driven by separate infrared lasers, spontaneously synchronize
Read article: Independent optomechanical nano-oscillators vibrate in sync
Neuron-inspired electrical model goes quantum
Scientists propose a quantized electrical circuit based on the Hodgkin-Huxley model for neurons
Read article: Neuron-inspired electrical model goes quantum
Holographic lenses focus ultrasound for brain imaging
Researchers 3D print lenses that provide a low-cost solution to avoid aberrations caused by the skull
Read article: Holographic lenses focus ultrasound for brain imaging
Thick OLEDs can have high light-emitting efficiencies too
Devices containing perovskites as charge carrier transporting layers could be used to make affordable displays with improved viewing angles
Read article: Thick OLEDs can have high light-emitting efficiencies too
