Introduction
Identifying the problem
In recent decades globally, the air pollution we breathe has exceeded the safety threshold indicated by the WHO (World Health Organization) for 70% of the days of the year. The term fine particles immediately sets off an alarm bell for health. These are very fine dusts produced mostly by the use of fossil fuels; which are able to remain in the air for a long time and travel great distances, finally ending up in our body. Due to their small size, fine particles easily penetrate the lungs and can even reach the heart. Several studies have demonstrated the correlation between exposure to particulate matter and an increase in allergies1, respiratory and cardiovascular diseases, asthma, chronic bronchitis, lung cancer, diabetes, atherosclerosis, lower fertility and even the onset of neuro-degenerative diseases such as Parkinson’s and Alzheimer’s.
Introduction
Identifying the problem
In recent decades globally, the air pollution we breathe has exceeded the safety threshold indicated by the WHO (World Health Organization) for 70% of the days of the year. The term fine particles immediately sets off an alarm bell for health. These are very fine dusts produced mostly by the use of fossil fuels; which are able to remain in the air for a long time and travel great distances, finally ending up in our body. Due to their small size, fine particles easily penetrate the lungs and can even reach the heart. Several studies have demonstrated the correlation between exposure to particulate matter and an increase in allergies1, respiratory and cardiovascular diseases, asthma, chronic bronchitis, lung cancer, diabetes, atherosclerosis, lower fertility and even the onset of neuro-degenerative diseases such as Parkinson’s and Alzheimer’s.
What happen to Us and to the energy present in the world surface?
Fine particles are recognized as an important atmospheric constituent that has demonstrated effects on climate and health. A very important effect of fine particles is to absorb on average about 1 W/m2 [from 0.1 to 1.9 W/m2 – IPCC, 2014], and this phenomenon produces two competing effects: a cooling effect of the majority part of the types of dust and a contribution to global warming of the atmosphere caused by soot (carbon black) which absorbs sunlight.
The cooling of every surfaces and bodies on planet Earth is the dominant effect: this process is driven by the dispersion properties in the atmosphere of most part of the fine dust, which reduce the amount of solar radiation reaching the Earth’s surface, and reflecting it back into space and thus changing the Earth’s radiative balance2.
We also live surrounded by electronic devices and cell phones that emit electromagnetic waves, which interact with the environment and with the biological cells of which we are made. One of the effects of electromagnetic waves, when they are emitted continuously, is to interact with living organisms (algae, mushrooms, plants, animals, etc..), and produce alterations on the metabolism of different types of cells, tissues and organs; as many scientists have demonstrated in recent decades.
What happen to Us and to the energy present in the world surface?
Fine particles are recognized as an important atmospheric constituent that has demonstrated effects on climate and health. A very important effect of fine particles is to absorb on average about 1 W/m2 [from 0.1 to 1.9 W/m2 – IPCC, 2014], and this phenomenon produces two competing effects: a cooling effect of the majority part of the types of dust and a contribution to global warming of the atmosphere caused by soot (carbon black) which absorbs sunlight.
The cooling of every surfaces and bodies on planet Earth is the dominant effect: this process is driven by the dispersion properties in the atmosphere of most part of the fine dust, which reduce the amount of solar radiation reaching the Earth’s surface, and reflecting it back into space and thus changing the Earth’s radiative balance2.
We also live surrounded by electronic devices and cell phones that emit electromagnetic waves, which interact with the environment and with the biological cells of which we are made. One of the effects of electromagnetic waves, when they are emitted continuously, is to interact with living organisms (algae, mushrooms, plants, animals, etc..), and produce alterations on the metabolism of different types of cells, tissues and organs; as many scientists have demonstrated in recent decades.
Ultra-weak photonic emission (UPE) of sunflower leaves:
B Normal conditions; C Water stress conditions.
Explanation
RaphaEl IR Technology
RaphaEl IRT (Infra Red Technologies) thanks to the optical properties of some quasi-crystalline polymers and the optical properties of the water presents in biological cells, has created devices that convert ambient light radiation and that coming from the sun into low-intensity infrared rays, in harmony with those naturally emitted by our body cells.
These rays have the effect of “recharging the cells’ batteries” by stimulating a production of cellular energy (ultra-weak biophotons)3, which helps normal functioning of cells, tissues, organs and systems. This is the condition of Physical Wellbeing.
From several experiments conducted since 2013, it has also been seen that a significant portion of the wellbeing of biological cells also depends on the attenuation of the electromagnetic waves produced by electronic devices (EMF), especially by PC and TV monitors, mobile phones and WiFi networks. (4G and 5G).
RaphaEl IRT has created some specific devices that allow to attenuate the effects of the electromagnetic pollution, present in domestic environments and workplaces, on biological cells; improving the health conditions of people and animals.
Ultra-weak photonic emission (UPE) of sunflower leaves:
B Normal conditions; C Water stress conditions.
Explanation
RaphaEl IR Technology
RaphaEl IRT (Infra Red Technologies) thanks to the optical properties of some quasi-crystalline polymers and the optical properties of the water presents in biological cells, has created devices that convert ambient light radiation and that coming from the sun into low-intensity infrared rays, in harmony with those naturally emitted by our body cells.
These rays have the effect of “recharging the cells’ batteries” by stimulating a production of cellular energy (ultra-weak biophotons)3, which helps normal functioning of cells, tissues, organs and systems. This is the condition of Physical Wellbeing.
From several experiments conducted since 2013, it has also been seen that a significant portion of the wellbeing of biological cells also depends on the attenuation of the electromagnetic waves produced by electronic devices (EMF), especially by PC and TV monitors, mobile phones and WiFi networks. (4G and 5G).
RaphaEl IRT has created some specific devices that allow to attenuate the effects of the electromagnetic pollution, present in domestic environments and workplaces, on biological cells; improving the health conditions of people and animals.
