Hollow multishelled structure: Progress and prospects for next-generation energy and biomedical applications

March 1, 2026National Science OpenOpen Access

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Key Points

This research aims to analyze the development and future applications of hollow multishelled structures (HoMS) in energy and biomedical fields.
Examined historical progress and innovations of HoMS since 2004.
Reviewed structural features, including layering and internal cavities.
Discussed various applications, such as catalytic reactions and sustained drug delivery.
HoMS exhibit a large specific surface area and low density, ideal for energy applications.
The unique structure allows for adjustable shells and cavities, enhancing functionality.
Research shows promising applications in energy storage and controlled drug delivery.

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This research explores advancements in hollow multishelled structures, highlighting their applications in energy and drug delivery systems.

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Jiang et al. (2026) studied this question.

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