Xenobot-Inspired Diatom Analogues for Synthetic Kinematic Renewal of Regenerative Nanobot Payloads

Publication Type: Defensive Publication in TD Commons series

Status: Published

This defensive publication introduces a conceptual regeneration framework for nanobot payloads inspired by xenobots and the geometric architecture of diatoms. Rather than relying on cellular replication or genetic engineering, the proposed system uses geometry-driven kinematic assembly, soft-matter physics, and swarm-level population control to generate synthetic functional organelles in a predictable and time-bounded manner. By enforcing a fixed release mechanism and bounded regeneration cycle, the framework emphasizes safety, controllability, and reproducibility for future nanorobotic systems.

Key Highlights

• Introduces a non-genetic approach to regenerative nanobot payload renewal.

• Draws inspiration from xenobots and diatom-inspired structural geometries.

• Utilizes kinematic assembly, droplet physics, and gel mechanics instead of biological replication.

• Proposes a bounded release strategy that improves predictability and supports safer swarm behavior.

• Published as a defensive disclosure to establish prior art and encourage open scientific innovation.

Research Areas: Nanorobotics • Biomimetics • Soft Robotics • Swarm Systems • Bioinspired Engineering

Authors: Suma Mallapragada, Vaishnavi Sankepally, Anishkumar Manoharan, Muhamed Fazl, Cherukuri Dhawal, Shreya Abhijit Patki, Kethavarapu Uma Eswar Datta Sai

Read Publication → https://www.tdcommons.org/dpubs_series/9128/