Biophotons, are light particles that are generated within the body and are constantly radiated from the body's surface. The concept of biophotons suggests that there is a deeper level of communication and connection between all living things, and that light may be a fundamental aspect of the way that living systems interact and function.

Biophotons are light particles or packets of electromagnetic radiation that are emitted by living cells and organisms. They are considered to be a form of energy communication between cells, and their presence and activity are closely linked to the health and vitality of living systems.

Every living organism emits a weak, coherent emission of biophotons that are produced through metabolic processes, as well as through DNA replication and repair. These biophotons are thought to carry information about the organism's state of health and well-being, and the interaction between biophotons emitted by different cells is believed to contribute to the regulation of biological processes.

Dr. Sandra Rose Michael has developed a process in which the monitors within the room create biophotonic light. This light is laser calibrated with the other monitors in the room generating a photonic collision of light in the middle of the room.

The study of biophotons is a rapidly growing field within the realm of biophysics, and researchers are investigating the potential applications of this phenomenon in areas such as medicine, biology, and quantum physics. There is evidence to suggest that biophotons may be useful in diagnosing and treating diseases, as well as in understanding the nature of consciousness and the human mind.​

Biophotons were first discovered in 1923 by Russian biologist Alexander Gurwitsch and have been studied extensively since then. These light particles are thought to be associated with the body's energy metabolism and are generated through the excitation of biomolecules such as DNA, RNA, and proteins.

It is believed that biophotons play a vital role in the regulation and communication within the body's cells and tissues, and that they can be used as a diagnostic tool to detect changes in cellular function and metabolism. Research has shown that biophoton emissions are influenced by various factors such as stress, diet, exercise, and environmental toxins.