Title: Cell quantum theory: Unveiling hidden dimensions beyond the microscope
Abstract:
We are groping in the dark of the vast science of the cell, thinking we have uncovered its deepest truths with the help of observations and measurements. But what if these tools are unable to give us complete and real information about the cell? In attempting to address this important question, a new theory of cell, the Cell Memory Disc (CMD), has been developed in the last 15 years by the author. The CMD is a quantum-based interpretation of human biological cells that substantially challenges the current picture of the cell. This radical framework has a particle-wave nature and describes that what really exists about a cell is much richer and basically different than what we can observe and measure under a microscope. It offers a unified quantum picture of the cells that could explain every cell in the human body, hence also named as Cell Unification (CU) theory. The CMD possesses a superposition of infinite states, however only a very tiny part of just one collapsed state is measurable. In addition to directions, wavelengths and energy levels of the radiation beams used to view the cell, the speed of microscope places a fundamental limit on observation of the CMD's original size and configuration. This quantum picture of the cell could be very important for cytology and medicine, because while experimental, diagnostic and therapeutic procedures are mostly designed under the laws of classical physics, the cells of the human body obey quantum mechanics.
