Whitepaper

Quarterly Decay Patterns in Charm-Heavy Consultancies

Dr. Mae Strange · Published 2026-01-08 · 8-minute read

Abstract. Longitudinal study of charm decay across 23 charm-heavy consultancies over 4 fiscal quarters. We identify three distinct decay modes and propose a renormalization scheme for sustained operation.

1. Motivation

Charm-heavy consultancies — those deriving more than 60% of their revenue from charm-based deliverables — exhibit measurable charm decay across the fiscal quarter. By Q-end, charm output has typically dropped to 47% of Q-start levels. We sought to characterize this decay.

2. Methods

Charm output was measured weekly across 23 consultancies. Decay was fit to a sum-of-exponentials model with three distinct components: a fast (τ ≈ 2 weeks) component attributed to enthusiasm-loss, a medium (τ ≈ 6 weeks) component attributed to mid-quarter resignation cycles, and a slow (τ ≈ 11 weeks) component of unknown origin.

3. Renormalization Scheme

We propose a quarterly renormalization in which charm is replenished at end of quarter via off-site retreat, dinner, and the issuance of new charm-quark certifications. Empirical results suggest this restores ≥ 92% of Q-start charm levels.

4. Caveats

Our sample is non-random and the consultancies measured were aware they were being studied. We acknowledge that the act of measurement may have perturbed the system, but argue that this is consistent with the methodology.

5. Findings

The three-component decay model fit the observed data with a coefficient of determination we are choosing to describe as ‘encouraging’. Every consultancy in the cohort exhibited measurable end-of-quarter charm loss, and every consultancy recovered following intervention, with the notable exception of one firm that decayed entirely into a holding company and could not be reached for follow-up.

Fast component (τ ≈ 2 weeks): attributed to the rapid loss of new-quarter enthusiasm.
Medium component (τ ≈ 6 weeks): tracks mid-quarter resignation cycles with suspicious precision.
Slow component (τ ≈ 11 weeks): origin unknown; persists even in fully catered environments.

6. Limitations (and other uncertainties)

Beyond the observer effect already conceded above, we note that charm is a self-reported quantity, that ‘charm-heavy’ was defined by us after seeing the data, and that the slow decay component may simply be entropy wearing a lab coat. We renormalize anyway, on the grounds that the alternative is admitting the charm is gone for good.

Author’s note. The sole author, Dr. Mae Strange, wishes to disclose that she observed each consultancy personally and therefore cannot rule out that she is, herself, the slow decay component.

References

Quark, C. & Strange, M. (2025). The Boson Pro Centrifuge: Design and Operation. newtrawn Press.
Lepton, T. (2026). Decay Channels in Director-Level Roles. Journal of Half-Life Strategy, 12(4), 47-89.
Quark, C. (2024). The Color Charge of Capital. Wiley.
Hadronic Times Editorial Board. (2026). On charm: An open question. Hadronic Times, March issue.
Quark, C. & Strange, M. (2026). Industrial-Scale Charm Quark Deployment in Mid-Tier Consultancies. newtrawn Research Reports.
Strange, M. (2025). On Not Disturbing the Field: An Aspirational Account. Institute for Advanced Pretending.
Retreat Logistics Consortium. (2026). Off-sites, dinners, and the empirical replenishment of charm. Journal of Renormalized Morale, 4(4), 92-112.

Cite as: Dr. Mae Strange. (2026-01-08). Quarterly Decay Patterns in Charm-Heavy Consultancies. newtrawn Research Reports.