Blistering walls give two-dimensional nanochannels their ionic memory
Operando imaging shows voltage-induced blistering of channel walls drives memristive hysteresis in two-dimensional nanofluidic devices.
Operando imaging shows voltage-induced blistering of channel walls drives memristive hysteresis in two-dimensional nanofluidic devices.
A new Frontiers in Nanotechnology Research Topic curated for the International Day of Women and Girls in Science collects six ...
Researchers have engineered sagging graphene reservoirs that confine liquid films to precise, reproducible nanometer-scale thicknesses, solving a decades-old bottleneck in ...
Using nanoscale vibrational spectroscopy inside carbon nanotubes, researchers have directly observed water losing its hydrogen-bond network under extreme confinement.
Machine learning-guided vertical microrod generators achieve quasi-ballistic ion transport, substantially boosting the power density and efficiency of evaporation-driven electricity generation.
A multiphasic gel system with cascaded-heterointerface ion traps achieves multistate ionic neuromorphic processing at 0.61 picojoules per spike and has ...
A Nature Electronics commentary highlights how ions moving across internal interfaces in a multiphasic gel can perform neuromorphic signal processing ...
Water may look like the simplest substance on Earth, yet its behavior inside spaces only a few nanometers wide remains ...
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© 2025 Scienmag - Science Magazine