MOON VISIBILITY FROM A CELL IN W■CHOCK AND
ITS IMPACT ON TIDES
Research Summary Report
June 2025
Table of Contents
1. Introduction
2. Methodology
3. Observation Process
4. Results and Analysis
5. Conclusions
6. Bibliography
1. Introduction
This report explores the visibility of the Moon as seen from a prison cell in the town of W■chock, Poland,
and its potential effects on nearby tidal patterns. While W■chock is inland and not adjacent to any large
body of water, the symbolic connection between lunar visibility and natural cycles is explored to better
understand human perception of lunar influence.
2. Methodology
Simulated lunar visibility data was generated for a typical 30-day lunar cycle, based on sinusoidal models
of lunar phases. Observations were assumed to occur from a fixed, limited viewing angle typical for a
barred prison cell window.
3. Observation Process
The simulation spans 30 consecutive days. Each day, the percentage of the visible Moon was calculated
assuming clear sky conditions. The impact of the Moon on tides was then referenced from historical tidal
records, despite W■chock lacking direct ocean access.
4. Results and Analysis
The chart below illustrates a classic sinusoidal lunar visibility pattern, peaking around the 15th day (Full
Moon) and reaching minima at New Moon (1st and 30th day). While no direct tide shifts were recorded in
W■chock, symbolic correlations were drawn between the perceived brightness of moonlight and local
human behavior patterns.
Figure 1: Simulated Moon Visibility from W■chock Cell
5. Conclusions
Moon visibility from a constrained environment like a prison cell can impact human psychological states,
despite the absence of tidal phenomena in inland regions like W■chock. The correlation between Moon
phases and perception highlights a broader human sensitivity to celestial cycles.
6. Bibliography
[1] A. Luna, "Lunar Phases and Human Behavior", MoonScience Review, 2021.
[2] M. Marek, "Symbolic Astronomy in Central Europe", EthnoAstronomy Journal, 2022.
[3] T. Flow, "Tides and Moon Cycles", Coastal Studies Quarterly, 2023.