Optoelectronic Artificial Synapses Based on Two-Dimensional Transitional-Metal Trichalcogenide

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Metal Trichalcogeni... Material Science
50
Devices Material Science
50
Aluminum Material Science
50
Electrical Property Material Science
50
Titanium Material Science
50
Plasticity Material Science
50
Neuromorphic Comput... Material Science

Keyphrases

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Two Dimensional Keyphrases
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Transitional Metals Keyphrases
100
Optoelectronic Arti... Keyphrases
100
Trichalcogenides Keyphrases
66
Memristor Keyphrases
66
Artificial Synapses Keyphrases
66
TiS3 Keyphrases
33
Electrical Characte... Keyphrases
33
Optical Characteris... Keyphrases
33
Multi-wavelength Keyphrases
33
Photonics Keyphrases
33
Potentiation Keyphrases
33
Synaptic Properties Keyphrases
33
Neuromorphic Comput... Keyphrases
33
Memristor-based Keyphrases
33
Large Potential Keyphrases
33
Multilevel Storage Keyphrases
33
Bipolar Resistive S... Keyphrases
33
Spiking-timing Depe... Keyphrases
33
Neuromorphic chip Keyphrases
33
Pavlovian Associati... Keyphrases
33
Optoelectronic Memr... Keyphrases
33
Titanium Trisulfide Keyphrases

INIS

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metals INIS
50
learning INIS
50
aluminum INIS
50
storage INIS
50
devices INIS
50
wavelengths INIS
50
filaments INIS
50
modulation INIS
50
titanium INIS
50
plasticity INIS

Physics

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Metal Physics
100
Optoelectronics Physics
100
Synapse Physics
100
Memristor Physics
33
Photonics Physics
33
Titania Physics
33
Uranian Satellites Physics
33
Rupturing Physics
33
Learning Physics
33
Building--Aluminum ... Physics
33
Plastic Property Physics
Research OutputsResearch Output authored by Optoelectronic Artificial Synapses Based on Two-Dimensional Transitional-Metal Trichalcogenide is tagged with the concept