A Living Computational Atlas of the Earth–Moon System
Lunologium is an independent computational atlas exploring the Moon as astronomical object, temporal system, cultural symbol, physical landscape, and recurring influence on human systems. It combines deterministic astronomical computation, authoritative public data, historical traditions, peer-reviewed research, quantitative experiments, and practical tools within a single navigable system.
1,475+
Daily Almanac Pages
123+
Lexicon & Glossary
10+
Seed Studies Indexed
18
Eclipse Grids & Maps
4
Cultural Traditions
8
Phases & Harmonics
One Moon. Multiple Ways of Knowing.
Human beings have encountered the Moon through many distinct systems across millennia: direct physical observation, celestial mechanics, calendrical timekeeping, agricultural cycles, oceanic navigation, mythology, contemplative ritual, chronobiology, econometric backtests, astrology, and art.
Most modern software forces a false choice: either reduce the Moon to sterile orbital ephemerides stripped of human meaning, or collapse it into uncritical horoscope claims detached from physical reality.
Lunologium takes a deliberate architectural alternative: preserve every major way humanity understands the Moon without collapsing their epistemic claims into a single flattened truth. Calculated celestial mechanics remain physically rigorous. Historical traditions remain culturally grounded. Contemplative practices remain personal and optional.
Observed. Tradition. Practice.
Every data point, interface element, and textual annotation across Lunologium is classified under a transparent tripartite epistemic architecture. This partitioning ensures that empirical physics is never conflated with folklore, and cultural heritage is never dismissed as superstition.
Observed
Calculated, measured, or externally verified physical quantities. Derived from deterministic orbital models, topographical radar, and peer-reviewed literature with explicit citations.
- • Topocentric coordinates
- • Phase angle & illumination
- • Libration & distance
- • Lunar topography & craters
- • Eclipse shadow geometry
- • Peer-reviewed papers (OpenAlex)
Tradition
Historical, cultural, symbolic, calendrical, and agricultural frameworks handed down across generations. Presented as interpretive systems, never disguised as empirical physics.
- • Cultural moon names & lore
- • Western & Vedic zodiacs
- • Biodynamic planting calendars
- • Babylonian Saros cycles
- • Indigenous seasonal markers
- • Historical symbolic archetypes
Practice
Optional, self-directed applications, reflective prompts, contemplative exercises, and gardening routines. Things an individual may choose to do with the astronomical information.
- • Circadian sleep reflection
- • Somatic energy check-in
- • Guided breathing chimes
- • Mindful phase reflection
- • Garden sowing & pruning
- • Skywatching & telescope targeting
“Lunologium does not require every way of understanding the Moon to make the same kind of claim.”
The foundational epistemological principle of the atlas.
What the Atlas Brings Together
Organized into seven interconnected departments, Lunologium unifies physical selenography, observational astrometry, cultural history, and computational interfaces.
Astronomical Observatory
Real-time topocentric phase, photometric disc illumination, lunar age, rise/set timing, geocentric distance, optical libration angles, and syzygy peaks.
Selenographic Atlas
Topographical cartography of lunar maria, impact basins, USGS/IAU nomenclature, LRO Diviner thermal zones, and GRAIL Bouguer gravity mascons.
Temporal Almanac
1,475+ statically compiled daily pages, global eclipse visibilities (2025–2035), and a 5-harmonic orbital clock tracking synodic, sidereal, anomalistic, draconic, and tropical months.
Research & Chronobiology
Structured exploration of peer-reviewed empirical studies indexed in OpenAlex, examining human sleep cycles, circadian biology, and lunar periodicity without sensationalism.
Markets & Econometrics
Quantitative financial experiments backtesting 100 years of equities, Bitcoin, and gold against synodic cycles, with OLS regression controls for day-of-week and turn-of-the-month effects.
Cultural & Symbolic Systems
Seasonal moon nomenclature across Indigenous traditions, biodynamic agriculture, dual Tropical/Sidereal zodiac systems, and contemplative intention rituals.
Machine Intelligence & Model Context Protocol (MCP)
A native, streamable HTTP Model Context Protocol endpoint (/mcp) allowing AI coding agents and language models to directly query deterministic ephemerides, descriptive market distributions, and 3-layer epistemic records without hallucination.
How the Atlas Is Built
Lunologium adheres to strict mathematical verification and transparent data provenance. Celestial positions are independently computed on the client device using high-order periodic perturbations and cross-checked against authoritative reference ephemerides.
Numerical integration baseline for lunar coordinates, distance, and velocities.
Reference algorithms for atmospheric refraction, horizon parallax, and rise/set times.
Official celestial boundary arcs and selenographic feature nomenclature.
Equilibrium oceanic tidal physics and gravitational semidiurnal datums.
Open scholarly catalog indexing chronobiology and circadian literature.
Babylonian eclipse cycles, phytodynamic botanical chronobiology, and seasonal naming traditions.
Need the Complete Mathematical Formulas & Subsystems?
Inspect Jean Meeus algorithms, precision tolerance meters, and coordinate precession math.
From Printed Almanac to Living System
Lunologium began as an original printed lunar calendar created by Evelyna Bellamy. Print could capture an individual astronomical cycle with tactile elegance, but it was necessarily static and bound to a single year.
The digital project emerged from a central question: What would this become if the calendar itself could calculate, update, cross-reference, remember, visualize, and grow? That inquiry transformed a paper publication into the computational atlas that exists today.
PRINTED CALENDAR
Tactile publication capturing a single lunar cycle.
DIGITAL ALMANAC
Interactive daily ephemeris responsive to calendar dates.
COMPUTATIONAL ATLAS
Multispectral selenography, econometrics & chronobiology.
MACHINE KNOWLEDGE
Native Model Context Protocol server for AI systems.
Evelyna Bellamy
Curator & Principal Systems Architect
Temporal Architecture · Folio MMXXVI
Evelyna Bellamy investigates the architecture of material memory, engineering zero-dependency computational substrates, diurnal solar synchronization, and diegetic design systems that resist digital ephemerality. Her work bridges formal software engineering with empirical research into predictive systems, cognitive interaction ergonomics, and human-centered communication.
Minors in Computer Science and Communications
PredictionX: Omens, Oracles, and Prophecies
Astrophysics, symbolic forecasting, and observational modeling instructed by Prof. Alyssa Goodman.
Foundations of User Experience (UX) Design
User-centered design, cognitive ergonomics, wireframing, accessibility, and intuitive interaction architecture.
Gender Analytics for Innovation
Inclusive systems design, identifying cognitive and data bias in products, and intersectional innovation models.
Establishing Product-Market Fit
Value proposition architecture, iterative MVP experimentation, and qualitative/quantitative market validation.
Influencer Marketing Strategy
Two-step information flow modeling, network topology, strategic communication, and analytics measurement.
Real Estate Sales & Principles Certification
Real estate statutory principles, contract architecture, agency law, and market valuation analysis.
Principles of the Observatory
Five governing design axioms guide every interface decision, algorithm integration, and curatorial choice in the atlas.
Distinguish Before Combining
Scientific observation, historical tradition, symbolic interpretation, and personal practice must remain legible as distinct kinds of knowledge. Never disguise tradition as empirical physics, and never discard cultural history as worthless noise.
Show the Source
Every celestial coordinate, physical formula, historical attribution, and statistical backtest should make its provenance inspectable. Transparent methodology is the prerequisite for intellectual trust.
Compute What Can Be Computed
Prefer deterministic mathematical calculation and structured data over vague AI-generated prose. If an ephemeris coordinate or orbital resonance can be derived from celestial mechanics, compute it client-side.
Preserve Wonder Without Manufacturing Certainty
The Moon has captivated human imagination for millennia. We can celebrate that symbolic fascination and psychological resonance without converting loose statistical correlations into false causal certainty.
Build for Curiosity, Not Extraction
No attention traps, no dark patterns, no invasive surveillance, and no commercial ad machinery. Software should respect the quiet contemplation of the night sky.
Built to Be Inspected
Lunologium is engineered as an open, inspectable computational instrument. It prioritizes local execution over remote cloud dependencies and structured machine protocols over closed silos.
Client-Side Execution
Positional ephemerides and astrometric calculations run directly on your device via deterministic JS and WASM.
Static Edge Pre-Renders
1,475+ daily calendar pages pre-compiled and served across Cloudflare Pages edge data centers worldwide.
Machine Protocols
Exposes native Model Context Protocol (MCP) endpoints, agent manifests, and Schema.org semantic JSON-LD.
Experience Design System Provenance
CHROMOLOGIUM INFLUENCELunologium's cartographic plates, nocturnal color spaces, brushed brass bezel aesthetics, and temporal substrate are informed by the foundational research and design system of Chromologium.
An Observatory Without Surveillance
Lunologium collects no personal data. There are no user accounts, no tracking cookies, no third-party analytics scripts, and no advertising networks.
All personal reflections, somatic check-ins, natal moon configurations, and ritual bookmarks are stored exclusively in your browser's local storage. Your data never leaves your device. If you clear your browser cache, that information is permanently erased.
“We believe an observatory should respect your attention the way the Moon respects the dark.”
A Living Atlas
Lunologium is an actively developed computational instrument, continuously expanded as new datasets, astronomical algorithms, research papers, and cultural traditions are incorporated.
The Moon is not one thing. Neither is this atlas.
Begin your exploration through whichever lens speaks to your curiosity:
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