A perovskite retinomorphic sensor

@article{TrujilloHerrera2020APR,
  title={A perovskite retinomorphic sensor},
  author={Cinthya Trujillo Herrera and John G. Labram},
  journal={Applied Physics Letters},
  year={2020},
  volume={117},
  pages={233501}
}
Designed to outperform conventional computers when performing machine-learning tasks, neuromorphic computation is the principle whereby certain aspects of the human brain are replicated in hardware. While great progress has been made in this field in recent years, almost all input signals provided to neuromorphic processors are still designed for traditional (von Neumann) computer architectures. Here, we show that a simple photosensitive capacitor will inherently reproduce certain aspects of… 
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Retinomorphic optoelectronic devices for intelligent machine vision
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From a simple relationship between output voltage and optical power density in response to a step-change in illumination intensity, a parameter Λ is derived, which can serve as a proxy for PRS performance.
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A retina-inspired two-dimensional material based retinomorphic device exhibits all-in-one perception, memory and computing capabilities for motion detection and recognition for moving trolleys.
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An ab initio study using density functional theory (DFT) is carried out to explore the structural, electronic, and optical properties of vanadium gallate (VGaO3) and niobium gallate (NbGaO3). The…
An Organic Retinomorphic Sensor

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