Did Humans Really Walk on the Moon? A Thermodynamic and Bio-Physical Challenge to Apollo Missions

Does current bio-physics support historical claims of human presence on the Moon? This paper raises fundamental technical doubts about the Apollo crewed lunar missions by evaluating the thermodynamic and cellular limits of human survival beyond Earth's protective matrix ($D = 8.55$). Utilizing the clinical "ICU Paradox" and the physical threshold of the Armstrong Limit, we demonstrate that localized artificial oxygen containment cannot prevent systemic cellular failure, fluid ebullism, and severe DNA degradation in an unshielded zero-pressure vacuum ($D = 2.32$). We establish that physical lunar artifacts reflect automated robotic deployment rather than crewed biological transit, presenting a decisive scientific critique of human lunar landings. Keywords: Apollo Mission Critique, Human Lunar Landing Doubts, ICU Paradox, Deep Space Survival, Biological Limits, Pressure Homeostasis, DGST Framework, Robotic Deposition.DGST,Physics · "Copyright © 2026 by Prashant Deshmukh. No part of this theory (DGST) may be reproduced or transmitted in any form without prior written permission from the author."