THEORY OF CALENDRIC MOTOR SLIP

by jdyer88 / Thursday, 31 October 2019 / Published in Electrical Engineering

Greg Poole

Industrial Tests, Inc. Rocklin, CA, USA

Abstract

The history of man’s ever-changing calendars is explored and thought to be rooted in cosmic motor slip. By modeling the standard light year as a rotating magnetic field and the lunar light year as a rotating armature I calculate a calendric motor slip for the earth of 1.5%. It is theorized that actual lunar light year is spinning at a slightly slower speed than the earth’s far magnetic field, thus the lunar light year never fully catches up to the standard light year. The rotational speed will never catch the magnetic speed and we electrical engineers call this difference as motor
slip. In the far magnetic field, this slip is occurring every year and calendars are man’s attempt to catch up in time to the rotating magnetic far field. In a sense, time really is slipping away. Thankfully, calendars exist so that we can make up time. Time is not absolute and relative difference in calendars is attributed to earth’s far electromagnetic rotational speed and mechanical speed of the earth and
its moon. Electro relativity is introduced and the correlation of time, space and electrical frequency discussed.

Keywords: 3^rd Gregorian calendar, Julian calendar, light year, lunar calendar, motor slip.
Received September 22, 2019; Accepted September 28, 2019

Introduction

In the most punctual of cave dweller occasions, people determined
time by watching the times of light and darkness that substituted
constantly. The sun light-based day is viewed as the most sinusoidal type
of the schedule. The subsequent fundamental kind of schedule was the
arbitrary schedule, which was created by tallying the quantity of days
again and again, either towards infinity or in a cycle. In any case, there
were a few issues with the arbitrary schedule. Right off the bat, farmers
of early civic establishments could not compute the ideal time to plant
their harvests. Crop planting is a task that is firmly connected to the
seasons, and the arbitrary schedule did not depend on the lengths of
seasons. Subsequently, people started to watch the sun’s passage through
a fixed point, and this method was the antecedent of the solar calendar.
Schedules that depended on lunar and stellar cycles were likewise
utilized in the period of antiquity [1].

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