Models using object-relativity to track cyclic time
Calendar systems & timekeeping
There's much to see here. With any new technology or hypothesis, it will take time to learn, address any questions, and begin to see an alternative perspective for ancient timekeeping systems.
Ancient time modelling technology with modern precision
Evolution of time keeping
This new technology introduces how to develop a device that can simultaneously display multiple celestial time systems, including Mars24 and Moon18, and ancient calendar systems including the Islamic Hijri calendar with more yet to be included.
We are currently presenting our proposals and reaching out to international space agencies to introduce the technology for consideration.
References
Moore SD. Dynamical astronomical object-relative cyclic signal inputs for discrete time modeling with calendric applications. Research Square. submitted (Version 1).
Modern continuous time modeling
Continuous time and motion
In 1967, time became based on atomic time. We can utilize that with what is called relationalism physics, to create non-Ensteinian geometric modeling for matter, space, time, and motion. The technology opens many new opportunities. New opportunities that include multi-celestial timekeeping systems.
Unification of dual time systems
Discrete time measured using continuous time and SI units
We separate space and time, using non-Eisenstein relationalism that is based closely on Leibniz physics from the sixteen and seventeenth centuries.
Unification of modern timekeeping with object-relative time introduces how recurrent and unique temporal cycles, be it a rotation, orbit, or axial procession can be charted through linear time.
New potential for calendars & timekeeping systems
The technology can be traced back to the Neolithic period and introduces unconsidered opportunities for re-evaluating ancient civilization calendars and how to model calendars. More advanced technology then currently used in the Gregorian calendar (1582) based on a Julian-style calendar system from 45 BCE. The Julian calendar was introduced just 3 years before Julius Caesar put fire to part of the Library of Alexandria, a lost source for records of ancient technology.
References
Moore SD. Dynamical astronomical object-relative cyclic signal inputs for discrete time modeling with calendric applications. Research Square. submitted (Version 1).
DOI: https://doi.org/10.21203/rs.3.rs-2521172/v1
Image credit: Moore, submitted. CC BY 4.0