This study proposes a new class of nano-materials, molecular nano-I-beams, as an alternative to traditional nanotubes. These I-beams show higher structural stability, stiffness, and resilience against buckling. The research uses computational optimization, first principles analysis, and molecular dynamics to validate the stability and properties of these nano-I-beams, which demonstrate potential applications in electronics, energy storage, and materials reinforcement. The designs include configurations with unique geometries that allow promising electronic and elastic properties, suggesting various industrial and technological applications.
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