Life is really radiant, according to an experience led by researchers from the University of Calgary and the National Research Council of Canada.
An extraordinary experience on mice and leaves of two different plant species has revealed direct physical evidence of a strange “biophoton” phenomenon ceasing with death, suggesting that all living beings – including humans – could literally shine health, until we do not do it.
Discoveries may seem a bit of fringes at first glance. It is difficult not to associate scientific surveys on organic electromagnetic emissions with demystified and paranormal allegations on Auras and discharge surrounding living organisms.
In addition, even in theory, Wave lengths visible with light Emitted by biological processes should be so weak that it is easily overwhelmed by the intense radiance of ambient electromagnetic waves in the environment and the radiating heat generated by our metabolism, which makes it difficult to follow an entire body with precision.
However, the physicist of the University of Calgary, Vahid Salary and his team, claimed to observe this – a program of ultraweak photons (UPE) produced by several living animals in contrast to their non -living bodies, as well as in a handful of plant leaves.
The science behind the biophotons is of a controversial idea itself. A variety of biological processes clearly generate light exposure of light in the chemioluminescence form. And for decades, spontaneous spray of light waves from 200 to 1,000 nanometers was recorded from less obvious reactions among a great diversity of living cells, from Cow’s heart fabric has bacterial colonies.
A strong competitor for the source of this radiation is the effect of various reactive oxygen species that living cells produce when they are disturbed by stress such as heat, poisons, pathogens or lack of nutrients.
Given enough hydrogen peroxide molecules, for example, materials like fats and proteins can undergo transformations that kick their electrons and spit one or two suitably energetic photons when they recover.
Having a way to remotely monitor the stress of individual tissues in human or animal patients, or even among bacterial crops or samples, could provide technicians and specialist doctors a powerful and non -invasive research or diagnostic tool.
To determine if the process could be put to the scale of isolated tissues with whole living subjects, the researchers used Electronic multiplication loading device And cameras of devices coupled to the load to compare the lowest emissions of the whole mouse – first alive, then dead.
Four immobilized mice were placed individually in a dark and colorful box for an hour, before being euthanized and colorful for another hour. They were reheated at body temperature even after death, to prevent heat from being a variable.
The researchers discovered that they could capture individual photons in the visible strip of light that comes out of mouse cells before and after death. The difference in the number of these photons was clear, with a significant drop in the UPE in the measurement period after their euthanasia.
A process carried out on Thale Cress (Arabidopsis Thaliana) and a dwarf umbrella (Heptapleurum arboricola) The leaves revealed just as fatty results. Stressing plants with physical injuries and chemical agents has provided solid evidence that reactive oxygen species could actually be behind soft light.
“Our results show that the injury parts in all the leaves were significantly brilliant than the unruly parts of the leaves during the 16 hours of imaging”, the researchers, the researchers report.
Experience encourages speculation that the weakest ethereal moons produced by stressed cells may one day tell us if we are in radiant health.
This research was published in The Journal of Physical Chemistry Letters.