Decoding Supramolecular Tessellation via Nonalternant Nanographene Assemblies

IO_AdminUncategorized1 month ago39 Views

Speedy Summary

  • the Proceedings of the National Academy of sciences (PNAS), Volume 122, Issue 22, June 2025, features a study on tessellated material.
  • The research explores supramolecular tessellation at the molecular level as a subject within materials science.
  • The study may build on previous work related to quasicrystals and their engaging structural patterns.

Indian Opinion Analysis
The exploration of supramolecular tessellation marks an crucial step in material science advancements and may unlock new technologies or applications globally. For India, this research could have implications for engineering, technology innovation hubs like Bengaluru, and industries reliant on advanced materials such as electronics or lasting energy solutions. if applied effectively through collaboration with global scientific efforts, Indian researchers could leverage this knowledge for impactful inventions aligning with national development goals in technology and manufacturing.

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