Six different health practices converge on the same telomere markers. I wrote a paper proposing a framework that explains why.

I'm an independent researcher and I've been working on a theoretical framework that I think explains something that no single research program has been able to account for: why do practices as different as emotional regulation, adequate sleep, social connection, aerobic exercise, sense of purpose in life, and even laughter all converge on the same molecular markers of biological aging?

Epel et al. (2004) showed that chronic perceived stress predicts telomere shortening - mothers of chronically ill children had telomere lengths equivalent to women approximately ten years older. Puterman et al. (2010) showed regular aerobic exercise buffers the telomere-shortening effects of stress by roughly 30-40% in telomerase activity. Prather et al. (2015) connected objectively measured sleep duration to telomere length. Jacobs et al. (2011) demonstrated that intensive meditation training increased telomerase activity, with purpose in life as a significant mediator. Holt-Lunstad et al. (2010) found that adequate social relationships are associated with a 50% increase in survival odds. Boyle et al. (2009) found that purpose in life predicted all-cause mortality with a hazard ratio of 0.60.

Each of these findings came from a different research group, in a different field, using different methods. Yet they converge on the same molecular endpoint. The question is: why?

The framework I'm proposing - Health as Informational Coherence - offers an answer. The core idea is that the organism is fundamentally an information system, and health is the coherence of parts with the metapattern of the whole. Disease is the loss of that coherence. The practice of health is the restoration of conditions under which coherence self-reinstates.

The key mechanism is cross-scale information compression: for a higher-order system (consciousness) to influence a lower-order system (tissue), it must reduce its output to the channel capacity of the receiving system. This generates four structurally distinct transfer directions - downward (consciousness to tissue, via somatic specificity), inward (releasing hierarchical control during sleep), upward (receiving signals of meaning and beauty), and outward (synchronizing with other minds via rhythmic entrainment). Each direction has its own format, its own physiological channel, and its own constraints.

The telomere convergence becomes explicable: each channel represents an independent pathway through which coherence deficit accumulates. Emotional dysregulation erodes coherence through sustained HPA axis activation and oxidative stress. Sleep deprivation blocks the inward channel's defragmentation. Social isolation shuts down the outward channel, triggering a conserved transcriptional response to adversity. Loss of meaning closes the upward channel. Each independently drives the same downstream molecular consequence - telomere attrition - through distinct neuroendocrine pathways that converge on oxidative stress and chronic inflammation.

The framework predicts something specific and testable: that a protocol covering all four transfer directions simultaneously should produce effects on telomere length, HRV, and inflammatory markers that are larger than the sum of individual-channel protocols matched for total practice time. The logic is that each independently maintained channel represents an independent source of coherence-deficit accumulation; activating multiple channels removes multiple independent deficit sources, producing compounding benefits. This super-additivity prediction distinguishes the framework from a null hypothesis of simple additive effects.

It also predicts that polarity-matched practice selection - choosing the specific dimension that addresses an individual's current imbalance rather than following a generic protocol - should significantly outperform one-size-fits-all wellness programs even with equal total practice time.

The paper identifies nine specific practice dimensions derived from two converging paths: inductively from the empirical literature and deductively from four fundamental polarities (Integration/Differentiation, Stability/Transformation, Determinism/Stochasticity, Locality/Non-locality). There are six falsifiable predictions and explicit boundaries - this is not a replacement for medicine, it's a complementary architecture for the coherence-maintenance dimension that medicine doesn't directly address.

Full paper (preprint): https://doi.org/10.5281/zenodo.18852626

I'm genuinely interested in criticism - especially from people who work with telomere data or longitudinal health outcomes.