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Design of crystal-like aperiodic solids with selective disorder–phonon coupling

Overy, Alistair R.; Cairns, Andrew B.; Cliffe, Matthew J.; Simonov, Arkadiy; Tucker, Matthew G.; Goodwin, Andrew L.


Alistair R. Overy

Andrew B. Cairns

Arkadiy Simonov

Matthew G. Tucker

Andrew L. Goodwin


Functional materials design normally focuses on structurally ordered systems because disorder is considered detrimental to many functional properties. Here we challenge this paradigm by showing that particular types of strongly correlated disorder can give rise to useful characteristics that are inaccessible to ordered states. A judicious combination of low-symmetry building unit and high-symmetry topological template leads to aperiodic ‘procrystalline’ solids that harbour this type of disorder. We identify key classes of procrystalline states together with their characteristic diffraction behaviour, and establish mappings onto known and target materials. The strongly correlated disorder found in these systems is associated with specific sets of modulation periodicities distributed throughout the Brillouin zone. Lattice dynamical calculations reveal selective disorder-driven phonon broadening that resembles the poorly understood ‘waterfall’ effect observed in relaxor ferroelectrics. This property of procrystalline solids suggests a mechanism by which strongly correlated topological disorder might allow independently optimized thermal and electronic transport behaviour, such as required for high-performance thermoelectrics.


Overy, A. R., Cairns, A. B., Cliffe, M. J., Simonov, A., Tucker, M. G., & Goodwin, A. L. (2016). Design of crystal-like aperiodic solids with selective disorder–phonon coupling. Nature Communications, 7, Article 10445.

Journal Article Type Article
Acceptance Date Dec 11, 2015
Online Publication Date Feb 4, 2016
Publication Date Feb 4, 2016
Deposit Date Dec 20, 2018
Publicly Available Date Jan 22, 2019
Journal Nature Communications
Publisher Nature Publishing Group
Peer Reviewed Peer Reviewed
Volume 7
Article Number 10445
Keywords General Biochemistry, Genetics and Molecular Biology; General Physics and Astronomy; General Chemistry
Public URL
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