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AssigneesDrexel University, epoXtal, LLC, The Regents of the University of California
InventorsZongquan Gu, Jonathan E. Spanier, Lane W. Martin, Christopher R. Elsass, Alessia Polemi, Anoop Rama Damodoran
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The present disclosure describes a strained dielectric material comprising at least one type of component containing a domain wall variant pattern, or superdomain structure, that is in phase-co-existence with, or in close phase proximity to, a paraelectric state achieved at zero electric field or over a finite range of non-zero electric field, wherein the at least one type of component comprises one or more of an in-plane sub-domain polarization component, a plane-normal sub-domain polarization component, or a solid solution of a ferroelectric.
A strained dielectric material comprising at least one type of component containing a domain wall variant type that is in phase-co-existence with, or in close phase proximity to, a paraelectric state achieved at zero electric field or over a finite range of non-zero electric field, wherein the at least one type of component comprises one or more of an in-plane sub-domain polarization component or a plane-normal sub-domain polarization component.
A strained dielectric material comprising at least one type of component containing a domain wall variant type that is in phase-co-existence with, or in close phase proximity to, a second phase state comprising at least a second component containing a domain wall variant type, wherein the at least one type of component comprises one or more of an in-plane sub-domain polarization component or a plane-normal sub-domain polarization component.
Dependencies are inferred from the claim text.