Crawford, J. Finklestein, S. Harrington, E. Kowalski, M. Lopez, Q.
This paper explores the curious connection between the axolotl and quantum mechanics, in particular, the wave-particle duality which arises during the regeneration process. As we all know, axolotls possess the remarkable ability to regrow lost body parts, but the mechanism underlying this process remains a mystery. By applying principles of quantum mechanics, we suggest that the axolotl may in fact be tapping into the multiverse, where different versions of itself exist in varying states of wholeness. We propose that the act of regeneration may be more akin to quantum entanglement, where the axolotl's cells become entangled with the cells of its alternate selves, allowing it to draw upon their energies in order to regrow its own cells. Through this new lens, we hope to shed light on this baffling phenomenon and maybe even identify new pathways for human regeneration.