https://www.youtube.com/watch?v=4RMgOTJICNw
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Dicyanin is a synthetic dye compound that belongs to the class of cyanine dyes. It is also known as “Steinheil’s Dicyanine” after its discoverer, the German chemist Johann Georg Theodor Steinheil, who synthesized it in the mid-19th century.
Dicyanin is notable for its unique optical properties, particularly its ability to change color based on its environment, including changes in pH, polarity, and solvent. In its pure form, dicyanin appears as a dark blue to violet-colored powder.
One of the most interesting properties of dicyanin is its reversible photochromism, meaning it can undergo reversible color changes upon exposure to light. When exposed to visible light, dicyanin molecules can undergo a structural change that alters their absorption properties, leading to a change in color. This property has made dicyanin useful in various applications, including as a photochromic dye in optical devices and as a color indicator in chemical analysis.
In addition to its optical properties, dicyanin has also been studied for its potential biological applications, including its use as a fluorescent probe in imaging techniques.
While dicyanin has been known for over a century and a half, research into its properties and potential applications continues to this day, driven by its unique and versatile properties in various fields of science and technology.
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Kirlian photography, named after Semyon Kirlian, the Russian inventor who first discovered the phenomenon in the early 20th century, is a photographic technique used to capture the electrical coronal discharge emanating from objects subjected to high-voltage, high-frequency electrical fields.
The images produced through Kirlian photography often depict an aura-like glow surrounding the subject, which some believe to represent the subject’s “biofield” or “life force energy.” However, it’s important to note that the scientific understanding of Kirlian photography and the interpretation of its images differ significantly from these mystical or paranormal claims.
The phenomenon observed in Kirlian photography is attributed to the interaction between the electric field generated by the high-voltage source and the air surrounding the subject. When an object is placed on a photographic plate or film and subjected to the electrical field, a corona discharge occurs, causing the air around the object to ionize and emit light. This ionization creates a pattern of light and dark areas that correspond to the object’s shape and surface features.
In the case of living organisms, such as plants, animals, and even humans, Kirlian photography has been used to capture and study the electrical activity and energy patterns associated with these organisms. However, mainstream science does not recognize the aura-like glow observed in Kirlian photographs as evidence of a supernatural or metaphysical aura.
Instead, Kirlian photography is considered a valuable tool for visualizing electrical phenomena and studying various scientific and medical applications, such as detecting defects in electrical insulation, analyzing the quality of agricultural products, and exploring bioelectrical processes in living organisms. While the images produced by Kirlian photography may be visually striking and intriguing, their interpretation should be grounded in scientific principles and evidence-based analysis.
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LIFE FORCE
CHI
QI
ENERGY
VITALITY