HyperSpace (HS) Calculator

For the 'advanced level' click here

The 'Time Skip Energy Calculator' estimates the energy needed for theoretical time travel, taking into account factors such as gemstones, ley lines, time representation, and environmental conditions. This guide will help you use the calculator and understand the importance of each input.

Sections of the Calculator

1. Starting and Destination Coordinates

   1. • Starting Latitude and Longitude: Enter the geographic coordinates of your starting location (e.g., 36°00'00.0"N for latitude and 36°00'00.0"E for longitude).

      • Destination Latitude and Longitude: Enter the coordinates for where you wish to arrive. These coordinates help calculate the travel distance. The destination must be different to the starting latitude.

      • Coordinates are to follow the 'I-Principle' and 'M-Principle'. (e.g, HS60 or HS6 variables are 30°00'00.0"N 30°00'00.0"E (6th hour) and 30°00'00.0"N 30°00'00.0"W (6th hour) )

2. Select Altitude Above Sea Level:

Enter your altitude in meters, feet, or kilometers. The altitude affects the energy required due to gravitational variations at different elevations.

Select Gemstone

2. 1. • Choose a gemstone from the dropdown list. Each gemstone has a predefined energy value based on its metaphysical properties. This energy contributes to the total energy calculation.

3. Select Energy from Ley Lines

   1. • Ley lines are believed to be alignments of energy. Select a portal from the dropdown that represents the leyline energy (also pyramid portals discovered hidden in time) associated with your travel.

4. Numerical Representation of Time

   1. • Hours, Minutes, and Seconds: Enter the desired time you want to represent numerically. This input will be converted into a total time energy value for calculations.

      • The calculator allows you to specify time in hours, minutes, and seconds separately for precision. (e.g., 30°00'00.0"E breakdown 30° needs to align with the 6th hour, 00' aligns with 0 minutes, and 00.0" aligns with 00.0 seconds.)

5. Select Resonant Frequency

   1. • Different frequencies can resonate with various gemstones and energies. Choose a frequency that you believe will harmonize with your time travel.

6. Daylight Duration (Sun powered)

   1. • Input the number of daylight hours that will influence the energy calculation. This factor accounts for the time of year and environmental conditions.

7. Travel Distance Factor

   1. • Enter the distance you plan to travel and select the unit of measurement (KM, Nautical Miles, or Meters). The distance affects how much energy will be required for the time skip.

8. Environmental Factors

   1. • Adjust this parameter to represent any environmental influences that could affect the energy calculation (default value is 1.0).

      • Environmental factors range from ground compatibility (e.g.., mountainous, valley, forest, city, desert). 

9. Coherence Factor

   1. • This factor represents the alignment and coherence of energies during the travel. Adjust it based on your beliefs or observations (default value is 1.0).

      • Coherence factor considers planet alignment, with pyramid portals, storms, jetstreams (hypothetically).

10. Traveler's Weight

    1. • Input your weight and select the unit (Kilograms or Pounds). The weight of the traveler will influence the total energy needed for the time skip. 

11. Select Season

    1. • Choose the season (Winter, Spring, Summer, Autumn) or specify solstice (summer or winter) and equinox (vernal (or spring) and autumnal). Seasonal factors can affect energy dynamics during the time skip.

       • Summer solstice are favoured and proven by data (UFOs presence). This data with satellite imagery will be elaborated on in Volume two of Project Clock Codes. 

12. Select Essene Feast

    1. • The calculator allows for consideration of specific historical or spiritual events (Essene Feasts). This can provide additional context to your energy calculations. 

       • Have an open mind that the Essenes solar feasts have a higher possibility of accurate travel dates. 

Calculation Process

• Calculate Total Energy Button: Once all fields are filled in, click the "Calculate Total Energy" button. The calculator will process the inputs and display the total energy required for the time skip in Joules (J).

Conclusion

The Time Skip Energy Calculator is an exploration tool that combines concepts from geology, metaphysics, and theoretical physics. By adjusting the variables, you can simulate different scenarios and observe how they affect the total energy required for a hypothetical time travel.

Additional Tips

• Experiment with different gemstones and frequencies to see how they influence energy.

• Consider the environmental and seasonal factors that might change based on your geographical location.

• Use this calculator as a creative tool for storytelling, games, or theoretical exploration in metaphysical studies.