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Medical device for management of infectious diseases

Hans W Giertz

Uppsa Research, Miklagard, SE-646 93 GNESTA, Sweden

Abstract. Here, infectious diseases (pathogens) are managed by electromagnetic energy

extinction using a medical device. This medical device is described; how to produce it, how to use it

and how to evaluate the clinical results. The air contains low frequency electromagnetic energy

created by the rotating earth. Pathogens absorb this energy by means of resonance. This supplies

pathogens with energy and it possibly supports internal biological processes. The absorbed energy

disturbs the immune system in the pathological area. Preventing pathogens from absorbing

electromagnetic energy restores the immune system and prolonged energy extinction destroys

pathogen processes leading to pathogen death. Energy extinction is achieved through

electromagnetic interference using a medical device containing an oscillator. The device is carried

by the patient during 2-3 weeks. The method is non invasive.

1. Introduction

The present paper describes how to

manufacture a medical device which extinct

electromagnetic energy in the air, thereby

preventing diseases (pathogens) from

absorbing electromagnetic energy.

Management of diseases is made by

prolonged (3 weeks) extinction of

electromagnetic energy. The paper describes

how to manufacture the device, how to use it

and how to evaluate the result. A theoretical

description is provided.

2. Manufacturing the medical device

2.1 Making the oscillator

1. Prepare an approximately 50 mm

long copper wire, diameter 0.5 mm.

Strip off insulation if necessary.

2. This copper wire shall be cut and

trimmed to one piece of conductor,

exactly 7.02 mm long, the trimmed

piece of wire is called the oscillator.

3. The oscillator is produced as follows:

4. One end of the wire is polished using

240 – 320 grit sandpaper. Make sure

that the polished end is perpendicular

to the wire.

5. The vernier caliper is adjusted to 7.2

mm. The wire is inserted into the

vernier caliper and cut to

approximately 7.2 mm.

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6. The length is then measured using

the vernier caliper.

7. Excessive length is removed by

polishing the end (the cut end). The

wire is polished to the exact length

7.02 mm +/- 0.02 mm. Polish,

measure etc. Ensure that both ends

are polished. The final result, the

7.02 mm long copper conductor, is

the oscillator.

2.2 Making the enclosure

1. The enclosure is made using

Hammond Manufacturing 1551GBK

Plastic Enclosure, 50x35x20 mm

(2x1.4x0.8 IN); however, similar

enclosures can be used.

2. 4 holes, diameter 2 mm, are drilled in

the enclosure, 2 on each side. The

objective is to allow air and its

positive ions to enter the enclosure;

otherwise the oscillators will not

work.

3. Cut an approximately 0.2 mm thin

plastic sheet (e.g. PVC Report Cover

found in book stores) to the size

28x32 mm or to a size that fits your

enclosure. The fit shall not be tight,

allowing air to have access to both

sides.

2.3 Assembling the medical device

1. Glue the oscillator to the approximate

center of the plastic sheet. Make sure

to use little glue, the wire/oscillator

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must not be covered with glue. Use

Loctite 406 or similar glue intended

for plastic.

2. Glue the plastic sheet (with oscillator)

to the two standoffs molded at the

bottom of the enclosure, ensuring

that the plastic sheet is spaced some

mm from the bottom. The objective is

to allow air to have access to both

sides.

3. Attach the lid using the two screws.

3. Using the medical device

1. The medical device is attached to the

patient during at least 2 weeks,

preferably 3 weeks. Preferably the

medical device is attached to the leg,

close to the knee, and switched

between each leg every second day.

Alternatively it can be carried in the

pocket, and switched between left

and right pocket every second day.

The medical device is positioned close

to the bed at night and elevated at

least 0.4 m from the floor (e.g.

positioned on a table). Do not sleep

close to the floor; energy extinction

does not work close to e.g. concrete

floor. Sleep preferably in a bed,

elevated at least 0.4 m above the

floor.

2. When not in use, the medical device

must be deactivated by wrapping it in

aluminum foil and preferably storing

it in a metal container/box.

4. Evaluating the result

1. Evaluation of clinical results is

performed using state-of-the-art

methods.

2. Complementary evaluation can be

performed as described in [2]

allowing continuous monitoring of

processes within pathogens during

treatment.

5. Short description

The rotating earth generates low frequency

electromagnetic energy having the periods

24/m·2n hours [2-4]. Pathogens absorb this

energy by means of resonance at, among

others, the period 24/5·216 hour (3.79 Hz) or

24/7·216 hour (5.31 Hz), depending on

pathogen type [5-8]. The medical device

destroys energy present in the air at these

two frequencies. This is achieved by the

oscillator [10, 11].

Current normally propagates in a conductor

with almost the speed of the light. There are

two mechanisms involved in this process.

Electrons in a conductor drift with their drift

velocity, in copper the drift velocity is ≈ 1.5

mm/s. Injected electrons create a charge

gradient and coulomb forces, according to

[10]:

F = q1q2r/4 ε0r3

This creates a force gradient which acts on

nearby electrons and this creates a chain

reaction which propagates with almost the

same speed as the coulomb forces, i.e. the

current propagates with almost the speed of

the light. The current transport is always

conducted by electrons on the conductor

surface, called surface charge. When the

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injected energy is extremely small, ≤ 1pA,

the gradient is also extremely small. The

surface charge attracts positive ions present

in the air [4] and the number of positive ions

is sufficient to neutralize the gradient of the

surface charge, i.e. the coulomb forces are

neutralized. Thus the current propagates with

the drift velocity of the electrons, i.e. ≈ 1.5

mm/s. The wave propagation in a conductor

at current ≤ 1 pA is described by the classical

wave propagation in one dimension [12].

One solution is a harmonic wave that satisfies

ξ = a·sin(ωt + δ), where a is the amplitude,

δ is the phase constant and ω is the angular

frequency. The phase speed is equal to the

velocity v of the current, i.e. the drift velocity

of the electrons ≈ 1.5 mm/s in copper.

Resonance and a standing wave inside the

conductor occurs when its length is equal to

one half wavelength (λ/2) or a multiple, i.e.

(λ/2)∙ 2q. A conductor with length L creates a

standing wave and resonance at [12]:

L = (λ/2)∙2 q= (T/2)∙2q∙v , q = 0, 1, 2, 3, 4….

T is the period. This constitutes a resonance

circuit or a forced damped oscillator having

the natural period T. The forced damped

oscillator has low impedance at its natural

period T and this destroys creation of

resonance and electromagnetic energy in the

air. Exact values and exact theory is not

disclosed because of IPR.

An oscillator with copper conductor length L

= 7.02 mm extinct electromagnetic energy in

the air with period 24/5·216 hour (3.79 Hz)

and 24/7·216 hour (5.31 Hz) within a radius of

5-10 m, depending on the precision wherein

the oscillator is produced.

Destroying electromagnetic energy in the air

prevents pathogens from absorbing energy

leading to management of the infectious

disease [1].

The medical device described here is

applicable on infectious diseases described in

[6] and in [8]. The medical device described

here cannot be used on cancer [7] and on

some diseases not covered by [6, 8]. Contact

the author in case of clinical tests on cancer

and on diseases not described in [6, 8].

The author recommends that medical

devices, manufactured to high standard and

covering a broader range of disease, are

acquired from the author. Such medical

devices are available for clinical tests.

6. Conflict of interest

The method and the medical device are

patent pending, refraining commercial use.

However, the medical device can be produced

and used for non commercial clinical tests.

References

1. Giertz HW. www.miklagaard.com Paper 8;

A method to destroy electromagnetic

processes in infectious diseases.

2. Giertz HW. Extremely low frequency

electromagnetic energy in the air. Journal

of Atmospheric and Solar-Terrestrial

Physics 2010; 72: 767-773. Paper 1.

3. Rycroft MJ, Israelsson S, Price C. The

global atmospheric electrical circuit, solar

activity and climate change. Journal of

Atmospheric and Solar-Terrestrial Physics

2000; 62: 1563-1576.

4. Israel H. Atmospheric Electricity.

Springfield: U.S. Department of

Commerce; 1973.

5. Giertz HW. www.miklagaard.com

Introduction.

6. Giertz HW. www.miklagaard.com Paper 4;

Electromagnetic resonance in bacteria.

7. Giertz HW. www.miklagaard.com Paper 5;

Electromagnetic resonance in cancer

tumours and metastases.

8. Giertz HW. www.miklagaard.com Paper 6;

Electromagnetic processes in virus and

autoimmune diseases.

9. Giertz HW. www.miklagaard.com Paper 9;

Etiology of autoimmune diseases, asthma

and Parkinson’s diseases.

10. Bleaney BL. Electricity and Magnetism.

London: Oxford University Press; 1965.

11. Melrose DB, McPhedran RC.

Electromagnetic processes in dispersive

media. Cambridge: Cambridge University

Press; 1991.

12. Jönsson G. Wave theory and optics. Lund:

Teach Support; 1999.

© Hans W Giertz 2011