The mathematicians’ compass is simply a sheet of paper on which the four fundamental mathematical operators have been written: addition, subtraction, multiplication and division. Seen like this, it serves absolutely no purpose, and the pendulum swung above it doesn’t pick up anything at all. But as soon as it is positioned correctly within the Earth’s magnetic field, the magic of the waves takes effect and the Universe sends us a message, which we simply must uncover…
The sheet activates itself
We rotate the sheet and, after a while, the pendulum changes direction and swings from east to west. This is a sign that the sheet is activating of its own accord: it is positioned along the north-south axis and is receiving the natural waves of the Earth’s magnetic field. New waves are then generated at the centre of the sheet and spread outwards, forming an energy field that the pendulum picks up very easily.
The waves of a compass
When held at a height of less than 20 cm and moved slowly around the drawing, the pendulum swings to the right throughout the northern section and to the left throughout the southern section: a positive magnetic wave towards the north, a negative magnetic wave towards the south. This already resembles a compass, but contrary to popular belief, a compass also emits electrical waves. At a height of at least 20 cm, between the centre and the + sign, the pendulum swings northwards; between the centre and the – sign, it swings southwards; between the centre and the × to the west, it swings east-west.
This diagram therefore emits + magnetic waves throughout its northern section, – magnetic waves throughout its southern section, a + electric wave towards the north, a – electric wave towards the south and a ± electric wave running east-west. These waves are common to all compasses worldwide, and, thanks to the four symbols, they already make it easy to find North.
Series 5 of light
The design is not radioactive, but by pointing directly at its centre, one discovers its series: the pendulum performs Series 5, that of light. It can be regarded as the point of entry for immaterial waves into our material world, a sort of vortex that brings us information in the form of light. And since light is made up of the seven fundamental colours, we should find them all here.
We align the seven colours, from Red to Violet, with Red to the South. We point to Red with our finger and swing the pendulum along the line running from North to South: after a moment, it turns to the right; it has found the positive magnetic wave of the colour Red. Point to Blue: it stops spinning, then, as it is moved along the axis, it spins to the left at the location of the Blue colour’s wave, which emits a negative magnetic wave. With Green, it oscillates east–west at its location. In this way, we would find all the colours, created by the light wave that appeared in the centre of the drawing.
All the beneficial waves
All that remains is to search for the infra-waves and ultra-waves, using the wave antenna with crossed needles and indicator lights. After a long period of searching, we find infra-greens at the multiplication sign, ultra-greens at the division sign, the colour red at the addition sign, with infra-reds beyond it, and the colour violet at the ‘-’ sign, with ultra-violets beyond it.
With all due respect to those who get a headache just thinking about maths, this simple diagram of the four basic arithmetic symbols emits infrared, ultraviolet, infra-green and ultra-green waves – that is to say, all the natural waves that are beneficial to humans. The most astonishing thing is that the signs that have given us the most headaches are precisely those that emit the waves most beneficial to us.