For example, quantum events in life:
From the perspective of life science, a continuous life process is composed of discontinuous, that is, discontinuous and relatively independent basic events, so this basic event can be called quantum events. From this perspective, quantum events in life are almost everywhere.
1, single molecule or ion level, such as nucleic acids and amino acids, antigens and antibodies, ligands and receptors, electrolyte ions and other biomacromolecules. These molecules or ions all conform to the definition of quantum.
2. Multi-molecular or multi-ion level. This has been typically described in medicine, such as the synaptic gap of nerve endings, where neurotransmitters are quantized and released through the outer cell gap of vesicles, and each vesicle contains about 1000 ~ 50000 molecules of acetylcholine or about 10000 molecules of norepinephrine. Moreover, quantum release may be a universal law of stimulated release of cells. In addition, the action potential produced by nerve or muscle cells is caused by the activation of ion channels, and the ion transport inside and outside the cell membrane is also quantized.
3. Single cell level. The function of any cell has quantum characteristics.
4. Multicellular level, such as the basic multicellular unit of bone reconstruction proposed by Frost and the initial callus reaction proposed by McKibbin. Taking fracture healing as an example, the initial callus reaction proposed by McKibbin is actually the discovery of the basic quantum of fracture healing process. The process of fracture healing can be fast or slow, and it can stop or stop because the initial callus reaction is actually a discontinuous event, otherwise it can't explain the various phenomena of fracture healing.
Quantization is not only the basic law of energy exchange between substances, but also the basic law of information exchange and storage inside and outside the living system. For example, human senses, including vision, hearing, smell, taste, touch, pain and warmth, are all introduced into the central system through nerve fibers, and the introduction of this feeling has obvious quantitative characteristics.
First of all, all kinds of feelings are conducted through the action potential generated by cells. For the same cell, the waveform and amplitude of action potential will not change due to the intensity of external stimulus, but will occur as long as it reaches the threshold. Nerve impulses are not only quantized when they are generated, but also have no attenuation and fusion when they are conducted. Therefore, it is reasonable to think that the storage of various sensory information by human body should also be quantized, and sensory quantum is the basis of human cognition and thinking.
Because the same sensory quantum is introduced repeatedly, central nerve cells will basically have the same cellular response to the same sensory quantum, which may be the basis of memory and thinking. Therefore, quantum thinking may be the only way to solve the mystery of life, and it has been well applied in fracture healing mechanism.
In fact, in the microscopic world, all living things have extremely weak magnetic fields, which are generated by the rotation of electrons around the nucleus. In this weak magnetic field energy, with different health or disease information, this different weak magnetic field energy, that is, the vibration frequency, is quantified.