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February 21, 2026ChemistryOpen0 citationsOpen Access

Cover Feature: Rare 3 × 3 Layering in High‐Pressure Pseudo‐Perovskite Sr 4 Te 4 O 15 (ChemistryOpen 2/2026)

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BPBenjamin J. PullicinoAPArmin PenzMTMartina Tribus

Key Points

  • This research aims to explore the synthesis of a new crystal structure, Sr4Te4O15, under extreme conditions.
  • Utilized high-pressure and high-temperature techniques for synthesis
  • Employed multianvil high-pressure methods
  • Sought to create new phases of material not accessible by standard methods.
  • Successfully synthesized Sr4Te4O15 with heavily corrugated (3 × 3) perovskite-like layers
  • Demonstrated the potential of extreme conditions for material science advancements.
  • Revealed new insights into structural properties of the synthesized compound.

Abstract

The cover feature for this research depicts the application of extreme pressure and high-temperature for the synthesis of new phases inaccessible through conventional solid-state synthesis techniques. The application of pressure is here depicted by the Titan holding the weight of the world beneath which the extreme pressure is generated. The opposing physical effects of pressure and temperature represent the multianvil high-pressure, high-temperature techniques used to synthesize new crystal structures. The new crystal structure, Sr4Te4O15, which is the subject of this research is depicted on the right, showing heavily corrugated (3 × 3) perovskite-like layers. More information can be found in the Research Article by Gunter Heymann and co-workers (DOI: 10.1002/open.202500583).

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Cite This Study

Pullicino et al. (2026) studied this question.

synapsesocial.com/papers/69994ad4873532290d01f3cehttps://doi.org/10.1002/open.70154
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