Scalar Applications

Spooky2 Scalar Tuning

When Spooky2 Scalar in operating, it becomes part of the environment, working in harmony with the surroundings. The process of tuning Spooky2 Scalar ensures optimum results. But what is the ideal frequency?

Some people find that frequencies above 6 MHz are ideal. Others discover that their scalar device tunes below 5 MHz. There are many factors explaining why the scalar units differ so much. We will discuss some of them now.

The length of the link cable alters the tuning frequency significantly. The cable forms part of the tuning circuit. If the length changes, so too will the optimum frequency. A 13-foot link cable may tune at 5.1 MHz, and the extra-long link cable tune at 5.6 MHz. This is all perfectly normal.

Loops or kinks in the link cable will also alter the tuning frequency. If the link cable is not laid straight, the electricity will not flow so easily.

Placing the link cable on the floor or walls may affect the tuning frequency. Especially concrete floors and walls, as these usually have metal reinforcing. Metal absorbs the energy flowing through the link cable, reducing the signal strength. The optimum frequency will change as a result.

Electrically noisy environments will also affect the tuning frequency. If Spooky2 Scalar is being set up in a workplace, equipment EMF interacts with the pure signals of Spooky2 Scalar. The same scalar unit will tune to a different frequency if it is set up in a home where the electrical noise is reduced.

Seasonal changes will offset the tuning frequency as well. The tuning frequency of Spooky2 between sweltering summers and the depths of winter will change. This is why we recommend retuning 30 minutes after turning on.

So what does this all mean? It means that there is no absolute “ideal” frequency for Spooky2 Scalar. For every installation, there will be a different “ideal”. The process of tuning will discover the optimum frequency.

So how do we know that Spooky2 Scalar is tuned correctly?

The most common question we are asked is “How do we know that Spooky2 Scalar is not producing EMF instead of Scalar waves?”

When Spooky2 Scalar is first turned on, the output frequency automatically goes to 8 MHz. This is the maximum frequency. Turning the frequency knob anticlockwise, the frequency is reduced. The first peak in the indication light indicates that the “ideal” scalar frequency has been found. The frequency range when the light illuminates is quite broad. If you find that the indication light is brightest at 5.2 MHz, Spooky2 Scalar will still function correctly above and below this exact value.

If you continue to turn the tuning knob anticlockwise, the indication light will extinguish, and then will come back on. This second, lower frequency is the EMF operating frequency. It is the confirmation that the scalar frequency was found in the previous step.

Related posts: Effects of Frequency and Tuning a Scalar Field

9 thoughts on “Spooky2 Scalar Tuning

  1. Masova says:

    Hello,
    After tuning, the light on the receiver is on. After setting up the scalarHarmony, the light goes off. By changing the frequency the light turns on again.
    So should I leave the light off and stay on the first frequency or change the frequency if my goal is to have the optimal frequency?
    Thank you for your answer

    1. Hi Masova. The receiver test light should only be pressed on during the tuning setup and off during use.

      When Spooky2 Scalar is first turned on, the output frequency automatically goes to 8 MHz. This is the maximum frequency. Turning the frequency knob anticlockwise, the frequency is reduced. The first peak in the indication light indicates that the “ideal” scalar frequency has been found, which is also the frequency you need. The frequency range when the light illuminates is quite broad. If you find that the indication light is brightest at 5.2 MHz, Spooky2 Scalar will still function correctly above and below this exact value.

      If you continue to turn the tuning knob anticlockwise, the indication light will extinguish, and then will come back on. This second, lower frequency is the EMF operating frequency. It is the confirmation that the scalar frequency was found in the previous step.

  2. Helene says:

    Today we put the boxes on a greater distance with the longer cable. Now we can’t get the receiver light to flicker. Does this mean there is no scalar field? Thank you.

    1. Helene says:

      I know what “is wrong”. The flickering has to do with adding the generator…sorry. All is fine now 🙂

    2. The light on the receiver coil will flash when you run low frequencies such as 8Hz.

  3. André Apicella says:

    Thank you for your info about tuning, I have a question I have a hard time getting an answer to :
    when I plug the digitizer and do the appropriate linking to start a biofeedback, the lignt on the receiver does not lit up, is that normal or am I doing something wrong?

    1. It is normal that light on the receiver coil does not turn on when using the scalar digitizer with Spooky2 scalar. The receiver light may be on, dim or even off. Because some power is lost in the digitizer, the link cable becomes more sensitive to the effects of earthing. If the led if off, you can do a test to make confirm that a scalar field is present. Go to system tab and select “Display GX current and angle”. The graph in the control tab will then display the current on the selected generator. Placing your hand in the scalar field should influence the graph, proving a scalar field is present.

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