The Prospective Future of Longevity. A Response to Olausson et al.: Why Bio-Incompatible Environmental Wave Interference Limits Replacement-Based Longevity Interventions
Year: 2026
Type: preprint
Abstract: In their recent comprehensive review, Olausson et al. outline a paradigm shift toward replacement-based aging interventions, arguing that systemic rejuvenation requires the physical replacement of damaged cellular organelles, senescent cells, and compromised tissues. While this bio-engineering framework correctly identifies the accumulation of molecular damage as a primary bottleneck of aging, it operates under an incomplete assumption: that the biological organism functions as an isolated biochemical system. Here, we propose that external bio-incompatible environmental wave interference acts as a primary physical driver of cellular degradation ("Environmental Blockaging"). Attempting biological replacement without establishing environmental wave biocompatibility is like placing fresh batteries into a damaged circuit with a short circuit. Exposed to active wave stress, newly introduced cells and organelles rapidly lose their membrane voltage (ΔΨm) and fail to maintain the energy flow required for survival. Empirical Electrochemical Impedance Spectroscopy (EIS) and thermal imaging data demonstrate that removing environmental wave interference increases cellular conductivity from a baseline of 8% to 63%, while simultaneously restoring autonomic thermoregulatory symmetry. We conclude that Environmental De-Blockaging is the non-negotiable first step for systemic rejuvenation. Attempting cellular replacement while ignoring environmental wave interference is like giving a breath of fresh air to a patient whose airway is suffocated: without clearing the wave block first, newly introduced cells are instantly starved of energy, lose their membrane potential (ΔΨm), and rapidly deteriorate.
Author: Dyment, Viktor
Language: English
Subfield: Aging
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W7201832147