Rohit Abraham John

TL;DR: Exploiting a novel multigated architecture incorporating electrical and optical biases, this incarnation not only addresses different charge‐trapping probabilities to finely modulate the synaptic weights, but also amalgamates neuromodulation schemes to achieve “plasticity of plasticity–metaplasticITY” via dynamic control of Hebbian spike‐time dependent plasticity and homeostatic regulation.

TL;DR: Artificial synapses based on ionic-electronic hybrid oxide-based transistors on rigid and flexible substrates are demonstrated demonstrating concurrent processing and memory functionalities with spatiotemporal correlation.

TL;DR: Network-level simulations of unsupervised learning of handwritten digit images utilizing experimentally derived device parameters, validates the utility of these memristors for energy-efficient neuromorphic computation, paving way for novel ionotronic neuromorphic architectures with halide perovskites as the active material.

TL;DR: This is the first report on the electrical properties of solution-processed Cu2FeSnS4 thin films estimated using Hall measurements, indicating that CFTS would be a promising cheaper alternative to replace Pt as a counter electrode in DSSCs.