Sound improvement through electrosmog interference suppression

But why does electrosmog worsen the perceived sound image?

The reason for this is our body itself. As current medical research shows, it is put into a stressful situation by electrosmog. This leads to our brain, i.e. the thalamus, sorting out information that it considers unimportant in the current stress situation. Our organism concentrates most of its energy and "mental processing power" on defending itself against the unknown disturbance. The information that is sorted out also includes important tonal information that our brain urgently needs in order to "put together" a truly live audiophile sound image in our head. Our sensory perception is also clearly and audibly disturbed by electrosmog.

For this reason, it is essential today to create a low-electrosmog, stress-free listening environment for a thrilling sound experience. The curious thing is that you don't have to change anything at all in your hi-fi system to achieve a significantly better listening experience.

The most important thing is that we reduce the level of electrosmog in the area around the listening position. To do this, we use targeted interference suppression measures that reduce the electrosmog or make it tolerable for our bodies.

All these interference suppression measures are aimed solely at de-stressing our organism, i.e. bringing it to rest. Only then does it have more time and energy to concentrate on its actual tasks. These are, for example, smelling, tasting, feeling, seeing and hearing.

But what is electrosmog?

I don't want to go into too much detail at this point, as there are already countless papers on this subject. I'll just say this much: electrosmog consists of electromagnetic fields in the low-frequency (LF) and high-frequency (HF) range. The structures of these electromagnetic fields and frequencies above 2000 Hz are of particular biological relevance to our organism.

Electromagnetic fields are mainly generated by electrical and electronic devices. They are often referred to as interference fields by alternative practitioners. They are spread via cables or the air.
All electrical interfaces, i.e. contact points (e.g. sockets, input and output sockets on hi-fi devices, etc.) through which electrical current flows are also critical. This is where so-called potential vortices arise whose structures exert a negative influence on our organism and thus have a detrimental effect on sound. I would like to leave the topic of "What is electrosmog" at that.

Let's now look at how we can reduce this pollution in our listening environment, i.e. in our flat or house.

Important: With all interference suppression measures, it must be ensured that the suppression agents used are not used within geopathogenic zones (water veins, earth faults)! The interference suppression agents themselves would be affected by the extreme energetic load emanating from these interference sources. Therefore, the "treatment" of such interference sources must always be carried out from outside.

What starting points do we have for interference suppression, reduction or protection against electrosmog?

Basically, we have to differentiate between protective measures for interference suppression in the LF (approx. 2 kHz - 1 MHz) and HF range (from approx. 1 MHz).

Reduce interference in the LF range

We mainly find interference in the LF range on our power grid and on electrical and electronic devices. Here we can directly influence the sources of interference and neutralise the emitted electrosmog.

Reduce harmonics in the power grid:
Interference suppressant: Power Optimizer
Application: Placement in the socket outlet

Reduce radiation from A/V devices:
Interference suppressant: Ground Optimizer
Application: Connection to the device ground via a free slot (e.g. RCA socket, USB-A socket, RJ-45 socket, etc.)
Interference suppressant: Vortex HiFi Ronden
Application: Placement on and/or under electronic devices, loudspeakers, cable plugs

Inform potential vortex:
Interference suppressant: Vortex HiFi Ronden und Vortex HiFi Pyramiden
Application: Placement on and/or under electronic devices, loudspeakers, cable plugs, on glass panes

Shield sockets from radiation:
Interference suppressant: Power-Plugs
Interference suppressant: Power-Caps Sigma
Application: Platzierung in der Steckdose

Reduce interference in the HF range

Interference in the HF range - generated by radio masts, microwaves, WLAN, 5G, radar, etc. - We cannot reduce interference in the HF range - generated by radio masts, microwaves, WLAN, 5G, radar, etc. - without building biology measures (e.g. shielding living spaces), as the generators are not within our sphere of influence. We can therefore only indirectly influence the existing RF radiation by making it tolerable for our organism by highly informing the RF radiation.

HF interference suppression by informing the high-frequency radiation
Interference suppressant: HFO-Power-Plug Sigma
Application: Placement in the socket outlet
Interference suppressant: HFO-Plugs Sigma
Application: Placement in a free slot on the A/V device, PC, printer, TV, etc.

Electrosmog protection for mobile phones and tablets
Interference suppressant: Oscillation Alignment Card
Application: The OA-Card is available in 3 versions and is placed between the mobile phone and the case.

Suppression of geopathogenic zones (water veins, earth faults)

Interference suppressant: GeoPath
Application: Placement in a socket outside the geopathogenic zone. If possible, a socket outlet should be selected at the lowest point of the house (basement).

Complete catalogue: Interference suppression products against electrosmog