Complete Kit Rs. 85,000/-

H3-Antenna

The H3 antenna is the basic module of daily work. With its value range of 0.6 – 16.4 mm, it covers around 70 – 80% of the wavelength spectrum that can be determined when detecting radiaesthetic fields. the quality switch has 3 switch positions (ISC) and thus enables the assessment of the three levels H3-antenna is a precise instrument that owes its accuracy to the use of materials also utilized in microwave technology

Operating Instructions:

To ensure flawless performance of your H3-antenna, as with all radiaesthesia equipment, a serene state of mind is required. We recommend novices avoid “tuning” themselves in prior to use of H3-antenna. Preconceived notions, concepts, ideas, or other prejudices condition your mind and diminish intellectual room required for new findings. At the outset empty your mind and wait with the curiosity of a child of the imminent events.

The Quality Selector Switch

This switch has three settings “I” inductive, “C” capacitive, and “S” Spiritual. Physically all fields are linked but spread out differently.

The Polarization Switch

This switch allows us to differentiate between various radiation polarizations – meaning the preferred oscillation.

Storage and Maintenance

Please note that the H3-Antenna is a highly precise instrument requiring special care.

Protect the device from dust, sand, or similar abrasive particles. Pay particular attention so that they do not accumulate on or under the moveable parts of the antenna.
Do not expose the antenna to humidity, strong sunlight or extreme cold.
Slide movements should be carried out taking care to protect the gold-plating while applying gentle pressure from below.
Clean the platinic gauge, gold-plating, and plastic components in regular intervals with a slightly moist, non-fuzzing cloth.
Always store the H3-Antenna in its leather case

H3-Acoustic Sensor

The acoustic sensor is used to determine sound sources in the audible and inaudible range. Sound waves or, more generally, matter waves differ from Hertzian waves (electromagnetic waves) in that they oscillate in the direction of propagation instead of at right angles to propagation. For this reason, they are called shock waves, hypersonic or scalar waves.

How It Works:

The acoustic sensor for the H3 antenna looks like the yin-yang switch on the outside and is also plugged into the handpiece from below on the circuit board. The difference lies in the built-in sound sensor, which now opens the antenna to mechanical waves.

In the conventional metrological area, this sensor was originally only designed for sound waves in a frequency range between 30 and 18,000 Hz if a voltage of at least 1.5 V is applied. However, it is astonishing that not only sound waves, but also various infrared and ultrasonic sources could be detected effortlessly in radiesthetic use even without a power supply. Furthermore, it was discovered during the testing phase that crystal vibrations, i.e., so-called phonons, can also be detected with this sensor. Phonon fields also occur in the cell structures of living organisms, and the acoustic sensor also reacts here.

Areas Of Application:

In medical applications and for home examinations, the AKS should be used for body scans in the 4th and 5th pass (1st pass = inductive; 2nd capacitive; 3rd = infrared sensor, 4th = inductive and AKS, 5th capacitive and AKS). Disturbances can be determined in a targeted manner, which indicate the influence of mainly ultra-weak sound signals, infrared and ultrasonic sources.

Since the acoustic sensor opens a research field that is still little known, there is an increased need for intensive investigations. During initial tests, it was discovered that the acoustic sensor apparently not only reaches the neighbouring areas of its electro technically known working bandwidth, but also the high-frequency phonon fields. Since, for example, the cell nucleus, the DNA, resonates with phonons, there would be clear potential here that must not be neglected in an overall view of radioaesthetic influences.

In an experiment using the AKS, the phonon field of a plant leaf with H3 = 3.65 KR was detected using the reaction distance measurement method. When a burning candle was held about 40 cm below the leaf, the field collapsed and was no longer detectable. After removing the candle, the field slowly built up again up to the original extent.

There are other areas of application for the acoustic sensor beyond geobiology in

medicine (comparative near-field investigations)
geomancy (room resonances, psychometry)
parapsychology (psychic coupling, etc.)
mineralogy (crystal vibrations, etc.)

Technical Data:

Acoustic sensor
Area of greatest sensitivity (audible sound): 30 – 18,000 Hz
Additional radioaesthetically detectable signal conversions
in the infrasound range: from approx. 3 Hz
in the ultrasound range: from approx. 2 kHz in
the phonon field range: up to approx. 1 MHz
opening angle (from the sound entry opening): 120°

H3-Infrared sensor

Externally, the infrared sensor resembles the yin-yang switch and is also plugged into the handpiece from below onto the circuit board. The built-in infrared sensor opens the antenna for the near infrared range. Its greatest sensitivity is in the range between 700 and 1400 nm, i.e., the infrared range, which is immediately adjacent to the spectrum of visible light.

There are more options here. According to information from the work of Dr. Burk, who uses the thermal imaging camera (thermal radiation = radiation in the infrared) to record specific changes in the thermal field, even small changes in the human thermal field indicate the acute presence of disruptive influences. We get similar results with this sensor.

According to our findings, the thermal field can be displayed with the IRS attached at head height using classic reaction distance measurement (setting value H3= 9.9 cm inductive/unipolar) up to a radius of approx. 1 m. If the person in question now calls with an older type of mobile phone (Nokia, D-Netz, without shielding, reception field strength 4 bars), the heat field swells to 8 – 9 m after only 1 – 2 minutes. And it is strongly one-sided on the half where the mobile phone is held.

This swollen field strength resists all interference suppression attempts tried so far (stickers, symbols, etc.) Only mechanical shielding of the short antenna (allegedly 99.5% reduction) brought a small reduction effect.

Areas Of Application

In medical applications and home examinations, the IRS should be used for body scanning. Disturbances can be determined in a targeted manner, which are mainly due to the influence of ultra-weak infrared radiation. Experience shows that these stress factors often come from our remote controls, which then link up with people and form a stable disruptive relationship. In contrast to the natural infrared rays of sunlight or other heat sources, technically generated infrared radiation that processes digital impulses represents a form of stress that humans absorb directly via their heat receptors. Whether and to what extent these turn out to be harmful is still unknown. As a general precaution, it makes sense to include these influences in medical examinations by observing them. Thus, in the practice of house investigations, there is reason to recognize these relationships and eliminate them through simple preventive measures.

There are other areas of application for the infrared sensor beyond geobiology

medicine (near-field examinations are possible with millimetre precision with an additional dipstick attached at the top)
Geomancy (e.g., places of acute and latent phenomena are very easy to find with the IRS)
of parapsychology (topic of foreign occupations, etc.)
botany (heat field changes in plants, etc.)

Specifications

Infrared sensor
Maximum sensitivity range: 770 – 1,200 nm
maximum sensitivity at 950 nm
Opening angle (on the opposite side): 120°

Some Setting Values

9.90 IU: human heat field
8.00 IU: technical infrared (general)
15.0 IU: technical infrared (general)

H3-Yin-Yang sensor

H3 sensor to distinguish polarities (yin and yang). The Yin-Yang switch is an accessory for the H3 antenna that allows YIN and Yang characteristics of radiation to be distinguished. Its switching properties are derived from the different electrical permeability. It is inserted into the opening of the handpiece at the bottom. Two switch positions are possible: The lettering “YIN” points forward (towards the user) if “YIN” energy is to be tested. Conversely, the “YANG” lettering points to the front if it is “YANG” energy. The heart of the yin-yang switch is a germanium diode, which reacts particularly sensitively to high-frequency radiation and, thanks to its one-sided blocking effect, ensures reliable differentiation that allows polarity. In electrical engineering, a diode requires a low voltage to generate a blocking effect.

What Is Polarity? What Is Polarization?

The term comes from the Greek polos “pivot, earth, sky axis” and describes the polarity, the presence of two opposing poles, i.e., two points (areas) with different attractive forces (charges) that are related to each other. The principle of polarity can be found in dynamic form (i.e., moving interrelationship) in the Chinese philosophy of yin and yang. Polarity describes the existence of a start and end point (sender and receiver). Polarization, on the other hand, describes the direction of oscillation of the radiation that may be running between these poles. A bar magnet, for example, has a north and a south pole, where the magnetic field lines come out of the bar in bundles.

H3-Direction finder

Dipstick for use on the H3 antenna

The dipstick plugs into the retaining groove at the top of the H3 antenna for remote sensing. He refines the targeting of the individual fields. Another way of making the results more precise is to insert the dipstick into the bottom of the H3 antenna mount. In this way, the exit points of individual wavelengths on the earth’s surface can be determined with millimetre precision, for example in water veins. This is a great help when determining bulk quantities or estimating water constituents, such as iron levels or nitrate concentrations. Inserted into the antenna holder at the bottom, the directional tip is also a great help for working on maps and plans (map dowsing).

Scope Of Delivery

Dipstick made of semi-conductive plastic material, length 58 mm, diameter 8 mm with retaining grooves for right-angled or axial insertion. Rubber roll ring for secure attachment.

H3 Test Object Holder

The test object holder (nosodes holder) is offered as an additional accessory for the H3 antenna. The holder is placed in the retaining groove at the tip of the antenna. In turn, it can easily accommodate either further test object holders or the direction finder tip.

Nosodes or test objects (Temoin) are used in radiesthesia to improve resonance. The use of test objects is a good support for a targeted search for causes, for the identification of certain material radiations or also in geomancy for the detection of large-scale networked radiation systems. Since test objects store the entire vibration spectrum of a radiation source, the radiesthetist can adjust to the resulting wave pattern of the radiation emitted over a very wide range.

Example: Normal water veins are sought with the H3 values 3.1 / 7.8 / 9.2. When tracing a water vein in unclear terrain (e.g., partially inaccessible properties), there is a slight risk of confusion with other water veins. Here you can help yourself by obtaining a test object from the vein to be examined (e.g., soil sample that is obtained exactly from the central axis) and using this in addition to the set H3 value. Now the radiesthesit will usually only find the vein he is looking for but will not receive any reactions from other water veins.

H3-Test Connection

Connection for the hand electrode or a bio resonance device
Use as a capacitive attenuator

Use as a Test Connection:

The test connection is used to connect the H3 antenna to a hand electrode or can be connected to the input of a bio resonance device / electroacupuncture device. The diameter of the connector is standard and is 4 mm.

Use As A Capacitive Attenuator:

An attenuator is used to analyse structures within strong fields. For example, one cannot normally see the centre of a water vein crossing because the crossing’s field is strong, thereby preventing or distorting an antenna response. By inserting the test connection into the handpiece of the antenna with the cable hanging downwards, a kind of opposing field of the same wavelength is generated that makes the radiesthetist less sensitive. This weakening effect is approximately -3 dB, which means that the field strength is reduced by half. Where an intensity of “2” (= 50%) was previously determined, the use of an attenuator results in an intensity of “4” (=25%).

Specifications:

Test plug for the H3 antenna with a capacitive element, flexible PVC test lead, 1 mm2 and plug with spring cage ø 4 mm.

H3-Mimosa Pendulum

Brass, polished, now with new ergonomic, black weaving thread.

Special pendulum for detection and for H3 value scanning of

inductive radiation
electromagnetic phenomena
inductive yin-yang properties
inductive infrared waves
inductive matter waves (phonon radiation)

H3-Glass Pendulum

Glass, clear, faceted, now with new ergonomic, weaved thread. Special pendulum for detection and for H3 value scanning of

inductive radiation
electromagnetic phenomena
inductive yin-yang properties

H3-Hand Electrode

The hand electrode enables the recording and transmission of frequencies / vibrations. It can be used with all radionic devices that have a 4mm connection.

Directions For Use:

Measure or transmit frequencies and vibrations for all devices with a 4 mm connector.

H3-Nasode

Nasodes are glass tubes with a diameter of 9 mm made of special quartz glass ( eg trade name AR Glas from Schott or equivalent ) are used for inserting into the test object holder.

H3 Antenna