The Transdisciplinarity and Broad Interdisciplinary Nature of Liquid Metals and Its Engineering Implications

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Key Points

This paper reviews the development and interdisciplinary nature of liquid metals, highlighting their transformative potential in various fields.
Review of existing research on liquid metals including gallium and bismuth alloys.
Analysis of applications in diverse fields such as biomedical, electronics, and robotics.
Discussion of AI integration for accelerating innovation and talent development.
Liquid metals enable reversible phase transitions, enhancing material adaptability.
They are transforming multiple sectors, leading to new interdisciplinary fields and industries.
The research identifies potential pathways for integrating basic science with industrial applications.

Review of liquid metals' properties and interdisciplinary applications, suggesting pathways for innovation in science and engineering.

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Jing Liu (2026) studied this question.

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