The rushes of current may be of the same direction under the conditions before assumed, but most generally there is an oscillation superimposed upon the fundamental vibration of the current.**When the conditions are so determined that there are no oscillations, the current impulses are unidirectional and thus a means is provided of transforming a continuous current of high tension, into a direct current of lower tension** , which I think may find employment in the arts.

As the conditions are often such that the intermittence or oscillation does not readily establish itself, especially when a direct current source is employed, it is of advantage to associate an interrupter with the arc, as I have, some time ago, indicated the use of an air-blast or magnet, or other such device readily at hind. The magnet is employed with special advantage in the conversion of direct currents, as it is then very effective. If the primary source is an alternate current generator. it is desirable, as I have stated on another occasion, that the frequency should be low, and that tile current forming the arc be large, in order to render the magnet more effective.

The rapidity of the interruptions of the current with a magnet depends on the intensity of the magnetic field and on the potential difference at the end of the arc. The interruptions are generally in such quick succession as to produce a musical sound. Years ago it was observed that when a powerful induction coil is discharged between the poles of a strong magnet, the discharge produces a loud noise not unlike a small pistol shot. It was vaguely stated that the spark was intensified by the presence of the magnetic field. It is now clear that the discharge current, flowing for some time, was interrupted a great number of times by the magnet, thus producing the sound. The phenomenon is especially marked when the field circuit of a large magnet or dynamo is broken in a powerful magnetic field.

Thus, when working with currents discharging disruptively, the element chiefly to be considered is not the frequency, as a student might be apt to believe, but the rate of change per unit of time.

Undisturbed harmonic oscillation

Now it was at this point in 1893

That he realized how the Pyramids where built

Remember lesson 1

In the ancient world, this is how vibration and abrasives were used to cut and melt stone. 🧙‍♂️

Any of you can replicate this technology. 🔨

Eventually he would build the so called Death Ray by mastering

“undisturbed harmonic oscillation”

Which movie has showed you

undisturbed harmonic oscillation

Anyone?

If you learn how to build one you have achieved a Monopoly On Violence

Before you learn to run, 🛸

you need to learn how to walk. 🗿

Learn to use applied science in combination with forbidden knowledge and build an Oscillator

It's all hidden in plain sight.

https://youtu.be/oW5wRfLtGsE

that’s it for #learningtowalk part 7

Part 8 🧙‍♂️🛸

Just because we are busy, does not mean we won’t reply

This one is for you Winter