The inventor

Márta Fenyő

Márta Fenyő  is a biophysicist. At the beginning of the 1980’s she discovered the biological stimulating effect of the Polarized Light with her research team.

After graduating as a dipl. Physicist at the university ELTE, TTK. Budapest, Hungary, Márta Fenyő  worked for 9 years at the Medicor Works. She was involved in the research and development of medical devices. The commitment to this mission has not changed since that time.

In the early 80’s she learned about the professional activities of Professor Dr. Endre Mester. He and his colleagues used low power laser light for the treatment of  chronic wounds and ulcers. As a result, within her research activities Márta Fenyő  took the first essential steps towards the exploring the biological background and mechanism of the biostimulating effects of the low power laser light.

In order to replace the – at that time rather expensive –  laser light source, Márta Fenyő  was searching for a solution possessing the biostimulating feature of the laser light, which was yet simpler, affordable and less dangerous for the human eyes .

Together with Dr. Iván Kertész, laser physicist, Márta Fenyő  created the biophysical model of the stimulating effect of the low power laser light. With the assistance of physicians and physicists the first design of the lamp, emitting polarized light was soon developed and actually used by Márta Fenyő for healing with outstanding results.

In order to verify the effectiveness of the new device, using a simple polarized light source, an opportunity was given to  Márta Fenyő in a Budapest Hospital to treat leg ulcers of completely hopeless patients. 

The clinical efficiency of the lamp emitting polarized light was confirmed by the outstanding successful treatment of long time lingering wounds and ulcers that had not responded and were resistant to any conventional method beforehand. 

Parallel to these clinical treatments the first major scientific investigations were carried out. The results of this research project brilliantly confirmed the significant improvement of the  immune response of the human organism to the polarized light treatment.

Márta Fenyő and Dr. Nándor Tóth, head physician of the laboratory of the Hospital, accomplished jointly this crucial research at the beginning of the early 1980’s, which was published in 1984.


Márta professes: „I have always had confidence in this magnificent therapy. I have seen people who long ago gave up hope recovering from their illness or ever being healthy again . This experience and the uncompromising conviction gave me the tenacity to force my way through the hard years up to the time when we succeeded to turn the invention into a veritable healing device”.

Awards and honours

1985

First (Main) prize on the World Exhibition for Young Inventors (organized by WIPO in Plovdiv, Bulgaria) for the Polarized Light emitting lamp

1986

Zenith gold medal for the Polarized Light emitting lamp (International Fair of the CMEA countries, Prague)

1987

Grand Prize of the Budapest International Fair (BNV) for the Polarized Light emitting lamp

1996

Gold medal of the Eureka 96 International World Expo of Inventions in Brussels for the establishment and successful managing of the Medical Centre of unique model based on the Polarized Light Therapy

1996

Prize of the Mayor of Brussels awarded once a year to inventions of great significance

1998

GENIUS Prize of the GENIUS World Innovation Fairs for the invention of the Polarized Light therapy

2000

Gold medal for the invention of the Polarized Light treatment of the entire surface of the human body at the Eureka 2000 World Innovation Fair in Brussels (Belgium)

2002

GENIUS Prize of the GENIUS World Innovation Fairs for the invention of the Polarized Light therapy and for its upgrading designed for the treatment of the entire surface of the human body

2006

Pro Familiae Life Achievement Award of the Ministry for Equal Opportunities (Hungary) for the significant role of the Polarized Light Therapy in the human medicine

MÁRTA FENYŐ’S THOUGHTS ABOUT
THE POLARIZED LIGHT

The hypothesis

Based on my own research in different fields and after having learned about the healing of millions of patients worldwide, I have concluded that the linearly polarized light (LPL) is capable of exerting an impact on living organisms: plants, animals or humans, the like of which ordinary light is incapable of exerting. While observing this extraordinary impact, I formulated the hypothesis that this significant role of polarized light can be traced back to the „coming into being” of the terrestrial life itself.

The essential idea is as follows: at the very beginning, billions of years ago when there was no trace of life on Earth and most of its surface was covered by oceans,  land surfaces – being suitable for living – were present only in the form of tiny islands. The sunbeams reflected from the water surface were shining onto the edge of these small islands. Naturally, the light obeyed the principles of physics – we know today – also at that time, and hence the light reflected was Linearly Polarized Light.

The essential idea is as follows: at the very beginning, billions of years ago when there was no trace of life on Earth and most of its surface was covered by oceans,  land surfaces – being suitable for living – were present only in the form of tiny islands. The sunbeams reflected from the water surface were shining onto the edge of these small islands. Naturally, the light obeyed the principles of physics – we know today – also at that time, and hence the light reflected was Linearly Polarized Light.

The unidirectional electromagnetic field of the reflected (linearly polarized) light arranged the inorganic molecules found on the surface of the place exposed to the sunlight into such a relation to one another that they  took on the form of a spiral, thereby creating the progenitor of the double helix which is the basis of the transmitting of the genetic information, i.e. the basis of the genetic inheritability.

On the same basis it can be assumed that the reflected light created these molecular links  not only on the land, but also in the sea, thereby serving as the basis of life in the case of both land and sea. I assume that the reflected sunbeams falling onto those simple inorganic molecules in the form of LPL contributed to the evolution of life on the planet called Earth.

On the same basis it can be assumed that the reflected light created these molecular links  not only on the land, but also in the sea, thereby serving as the basis of life in the case of both land and sea. I assume that the reflected sunbeams falling onto those simple inorganic molecules in the form of LPL contributed to the evolution of life on the planet called Earth.

Pursuant to the theory described above, it can be assumed that we owe the “formation” of life on the surface of our Earth partly to Polarized Light.

This can be considered as the missing first step to the explanation and understanding of the origin of life on the planet called Earth. 

That can be the starting point from where the Darwinian evolutionary history takes its course.

I am neither a philosopher, nor a researcher of the protohistory of Earth. This is just a game of thoughts that came to my mind and I wanted to share it with everyone.


Research works and publications of Márta Fenyő

Fenyő M., Mandl J., Falus A. (2002) Opposite effect of linearly polarized light on biosynthesis of Interleukin-6 in a human B lymphoid cell line and   peripheral human monocytes. Cell Biology International, 26, 265-269

Fenyő M., Lengyel I.(1985) Report about certain biochemical (in vitro) effects of the polarised light treatment (Research Report)

Kubasova T., Fenyő M. (1988) Investigations on biological effect of polarized light. Photochemistry and Photobiology, 48, 505-509

Fenyő M. (1984) Theoretical and experimental basis of biostimulation. Optics and laser technology, 16, 209-215

Stäcker A.D. (1986) Förderung der Wundheilung durch Bestrahlung mit polarisiertem Licht. Die Medizinische Welt, 37, 1419-1423

Stegmann W. (1985) Behandlung des Ulcus Cruris mit polarisiertem Licht. Phlebologie und Proktologie, 14, 96-97

Kubasova T., Fenyő M. (1995) Effect of visible light on some cellular and immune parameters. Immunology and Cell Biology, 73, 239-244

Szenci O., Fenyő M. (1994) Effect of polarized light on the morphology of spontaneous tumors of dogs through extracorporeal exposure of their blood.   (Sent for publication to the „Veterinary Record”, London, UK)

Fenyő M., Borberg, Kádár J. (1987) Method for in vivo treatment of tumorous tissues on body surfaces

Apor P., Fenyő M., Fekete Gy. (1985) A miofaszciális szindrómák és kezelésük Hungarian Review of Sports medicine

Tada K, Ikeda K, Tomita K. (2009)  Effect of polarized light emitting diode irradiation on wound healing.

Fenyő M. (1984) Theoretical and experimental basis of biostimulation. Optics and laser technology, 16, 209-215 

Fenyő M., Lengyel I.(1985) Report about certain biochemical (in vitro) effects of the polarised light treatment (Research Report )

Apor P., Fenyő M., Fekete Gy. (1985) A miofaszciális szindrómák és kezelésük Hungarian Review of Sports medicine

Fenyő M., Borberg, Kádár J. (1987) Method for in vivo treatment of tumorous tissues on body surfaces (earlier granted patent in the U.S.A.)

Kubasova T., Fenyő M. (1988) Investigations on biological effect of polarized light. Photochemistry and Photobiology, 48, 505-509

Szenci O., Fenyő M. (1994) Effect of polarized light on the morphology of spontaneous tumors of dogs through extracorporeal exposure of their blood.   (Sent for publication to the „Veterinary Record”, London, UK)

Kubasova T., Fenyő M. (1995) Effect of visible light on some cellular and immune parameters. Immunology and Cell Biology, 73, 239-244

Fenyő M., Mandl J., Falus A. (2002) Opposite effect of linearly polarized light on biosynthesis of Interleukin-6 in a human B lymphoid cell line and   peripheral human monocytes. Cell Biology International, 26, 265-269

A. Falus, M. Fenyő, K. Éder & A. Madarasi (2011) Genome-wide gene expression indicates the anti-inflammatory effect of polarized light in recurrent childhood respiratory disease. Inflammation research DOI 10.1007/s0011-011-0357-y

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