Autonomous Multistate Nanoencoding Using Combinatorial Ferroelectric Closure Domains in BiFeO<sub>3</sub>

Recent advances in ferroic materials have identified topological defects as promising candidates for enabling additional functionalities in future electronic systems. The generation of stable and customizable polar topologies is needed to achieve multistates that enable beyond-binary device architec...

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Wedi'i Gadw mewn:

Manylion Llyfryddiaeth
Prif Awdur:	Marti Checa (13294806) (author)
Awduron Eraill:	Ruben Millan-Solsona (3370070) (author), Yongtao Liu (5518235) (author), Bharat Pant (10504151) (author), Alexander Puretzky (1486681) (author), Ye Cao (849948) (author), Puneet Kaur (8713488) (author), Jan-Chi Yang (1427854) (author), Liam Collins (1650991) (author), Neus Domingo (1618132) (author), Kyle P. Kelley (4254946) (author), Stephen Jesse (1454443) (author), Rama Vasudevan (4684006) (author)
Cyhoeddwyd:	2025
Pynciau:	Biophysics Medicine Infectious Diseases Space Science Biological Sciences not elsewhere classified Information Systems not elsewhere classified resulting information density high spatial resolution future electronic systems enabling additional functionalities customizable polar topologies complex heterostructure growth binary memory devices binary device architectures identified topological defects 3 </ sub ferroelectric topological domains topological domains ferroelectric beyond thin films symbolic writing recent advances promising candidates pristine rhombohedral precise scanning manipulate closed loop structures highly tunable ferroic materials enable beyond electrode deposition autonomously pattern automated manner
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Autonomous Multistate Nanoencoding Using Combinatorial Ferroelectric Closure Domains in BiFeO<sub>3</sub>

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