Tag: Nature Electronics

Researchers have experimentally demonstrated analogue fast Fourier transforms on charge-trapping memory arrays, computing transforms of up to 65,536 points across ...

Researchers at Peking University have developed a horizontal-up manifold microchannel cooler that uses the dielectric fluid HFE-7100 to achieve a ...

A Nature Electronics commentary highlights tunnel junction selectors built from five stacked layers of two-dimensional materials that combine high nonlinearity, ...

Researchers have developed a parity–time-symmetric wireless power system combining a self-oscillating wearable transmitter with a stretchable liquid-metal receiver that delivers ...

Researchers in South Korea have developed a variation-tolerant wireless power transfer system combining a self-tuning parity-time symmetric circuit with a ...

Researchers have built microscopic robots that combine onboard temperature sensing, CMOS logic and electrochemical cilia to pump fluid in ways ...

CMOS-integrated microrobotic cilia that sense temperature and pump fluid in response demonstrate how microscale actuators can both perceive and actively ...

Researchers at Donghua University have developed a programmable microfluidic spinning process that embeds working integrated circuit modules, from light emission ...

A Nature Electronics commentary highlights a microfluidic encoding strategy that transforms individual fibres into active circuit elements, paving the way ...

On-chip nanoplasma switches generate picosecond current pulses capable of driving spin–orbit torque switching in ferromagnetic heterostructures for ultrafast spintronics.