Session Index

Two essential issues facing in the era of Internet-of-Things are energy and electronic waste. To address these issues simultaneously, utilization of bio-organic based artificial synapses to produce neuromorphic computing can be adopted. In this review, bio-organic based resistive-switching memory and potential usage of Aloe polysaccharides for artificial synapses is discussed.

 

The design and simulation of dual photonic-phononic crystal slot nanobeam nanosensors are presented. The incorporation of a gradient cavity can concentrate the optical and acoustic modes in the cavity to enhance the interactions between light/sound and analyte solution. The results provide a sensing application based on a dual photonic-phononic crystal.

 

We experimentally demonstrate the current modulation of plasmonic nanolasers using graphene-insulator-metal (GIM) platform at room temperature. The threshold and peak position of lasing peak could be tuned by current injection. The diminishing of lasing intensity, and the blue shifts of peak positions were observed when the applying current was increased.

 

A high-voltage and shade-resilient photovoltaic module provides an open-circuit voltage of 4.26 V and an electrical power of 1.1 mW. Its output power is still 0.47 mW when half of the PV module is optical shaded. This is ten-fold improvement over the shading performance of PV module without bypass diode.

 

The annealed IWZO CBRAM devices are obviously increased two orders of magnitude endurance cycles as compared with the as-deposited device. The resistance uniformity of the IWZO device with N2 annealing are better than of those with O2 annealing. This result has given notable improvement of a TAOS device.