Our body emanates an invisible light that goes out after death: what the study says

When life dies would stop shining. Living beings, animals and vegetables, in the course of life they would in fact issue a soft lightalmost imperceptible, and not visible to the naked eye, which, however would disappear shortly after death As a studio recently published in the magazine shows Journal of Physical Chemistry Letters . This phenomenon is attributed to the process of issuing ultra-deboli photons, the result of the energy movement inside the cells.

Intracellular energy exchanges

The ultradesboy photonal emission (Upe), according to the authors of the study, would in fact be the result of intracellular energy exchanges among the mitochondria (the energy plants of the cells) and other particles, which emit few photons per second for each square centimeter of epidermis. The absence of bifatons after death would be mainly due to the lack of blood flow in the body Since oxygen rich blood is one of the key factors of the metabolism that produces biophotons. The intensity of light would change according to the body’s health state. According to scientists, being able to detect the upe could become a non -invasive diagnostic method For Determine the state of oxidative stress of the fabrics.

The disputes

The existence of this glow is actually controversial and subject to discussion from the 1920s. To date it has been difficult to separate this weak glow from other types of light or heat emissions. Today the detection of the APP is made possible by more sophisticated technologies And scientists would have been able to identify it by analyzing mice and plants leaves.

The study on mice

To investigate the phenomenon Dan Oblak, physicist of the University of Calgary in Canada, studied the imaguni of Four rodents kept at the same temperature and darkness for two hours. Scientists captured the Bagliore of photons issued by their bodies before and after death: Shortly after their death, the ultra -widespread photonal emission has suddenly attenuated in their bodies.

The analysis of the leaves

The same process conducted on leaves of Thalian peanut And Heptappleurum arboricola led to equally significant results. The scientists took photos of the leaves that I had cut and found that the mechanism of repairing the lesions of the plant, even when they were treated with drugs, increased the emission of Bitophones. « Our results show that the damaged parts of all the leaves were significantly brighter than the parties not damaged during all 16 hours of image acquisition » have Researchers reported According to which the ultra -widespread photonal emission would be used in the future to monitor the response of plants to stress or verify the rate of vitality of the fabrics without the need for exams