2D ferroelectric materials : Emerging paradigms for next-generation ferroelectronics

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

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Material Science

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Ferroelectric Mater... Material Science
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Devices Material Science
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Ferroelectric Thin ... Material Science
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Materials Material Science
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Electronic Circuit Material Science
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Ferroelectricity Material Science

Keyphrases

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Ferroelectric Mater... Keyphrases
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Emergent Paradigm Keyphrases
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2D Ferroelectrics Keyphrases
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Ferroelectronics Keyphrases
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Nanoelectronics Keyphrases
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Reconfigurable Pola... Keyphrases
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Non-volatile Memory Keyphrases
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Band Gap Keyphrases
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Polarization Switch... Keyphrases
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Electronic Circuit Keyphrases
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Spontaneous Polariz... Keyphrases
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Low Power Keyphrases
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Application-oriente... Keyphrases
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Device Application Keyphrases
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Working Mechanism Keyphrases
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Device Configuratio... Keyphrases
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Switching Process Keyphrases
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Historical Context Keyphrases
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Electrically Switch... Keyphrases
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Channel Material Keyphrases
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Memristor Keyphrases
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High Integration Keyphrases
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In-memory Computing Keyphrases
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Biological Synapse Keyphrases
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Gate-tunable Keyphrases
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Future Advancements Keyphrases
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Rationally Designed Keyphrases

INIS

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ferroelectric mater... INIS
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polarization INIS
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devices INIS
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thin films INIS
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applications INIS
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nanostructures INIS
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nanoelectronics INIS
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reviews INIS
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dimensions INIS
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power INIS
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thickness INIS
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configuration INIS
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instability INIS
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volatility INIS
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electronic circuits INIS
Research OutputsResearch Output authored by 2D ferroelectric materials is tagged with the concept