The Anamnetic Double Helix - Scripture's Forget–Remember Cycle and Its Hourglass Pulses from the Fathers to Modern Science
This paper introduces the concept of the Anamnetic Double Helix as a model of historical and theological time. Drawing on Scripture, patristic theology, medieval mysticism, early modern science, and contemporary contemplative studies, it argues that human history follows a recurrent forget–remember cycle (oblivio/λήθη vs. zakar/זָכַר; ἀνάμνησις). The geometry of this cycle is expressed as a double helix (faith/charity × reason/techne) threading through hourglass pulses of crisis and renewal. Dense bursts of remembrance appear in the patristic age (creeds, canon, Eucharistic anamnesis), lengthen into medieval monastic-schastic braids, refract in Renaissance and Reformation retrievals, and emerge again in scientific recognitions of order (Kepler, Newton, Einstein). Using quantitative proxies (event-timing, text mining, institutional foundations), the study proposes that these pulses follow a log-periodic spiral — compressing at crises, expanding afterward. The present moment—marked by information overload, institutional fatigue, ecological crisis, and loneliness—constitutes a new hourglass neck. Yet counter-indicators (contemplative renewals, interfaith friendship, integrative science-theology labs, open science) suggest an imminent phase of integrative anamnesis. Implications extend to pedagogy (education as anamnetic practice), ecclesial and academic institutions (memory as core function), interfaith dialogue (shared glorification of memory), and personal practice (fasting, liturgy, study as embodied memory technologies). This work situates memory not only as a theological category but as a structural geometry of history, offering both explanatory and predictive power for the rhythms of cultural and scientific renewal.
Institutions
- Artistic Realization Technologies (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-09-03
- DOI
- https://doi.org/10.5281/zenodo.17043145
- Primary Topic
- Geochemistry and Geologic Mapping
- Type
- article
- Field-Weighted Citation Impact
- 0.00