What is the Nightingale effect and what is the Tyndall effect?

Nightingale effect: that is, love arises between the caregiver and the person being cared for, the person being cared for is easy to feel for the person who takes care of himself, and at the same time, the person who takes care of the person obtains psychological satisfaction in the process of taking care of others, and then becomes emotional.

The Tyndall effect, also known as the Tyndall phenomenon, or the Tyndale phenomenon, the Tynzel effect, or the Tyndall effect.

When a beam of light passes through the colloid, a bright "pathway" can be observed in the colloid from the direction of the perpendicular incident light, and the appearance of the Tyndall effect also implies that the light can be seen.

The photography world also calls it "Jesus Light", which generally appears in the early morning, at sunset or after rain when there are more clouds, there is fog or dust in the atmosphere, just when the sun is projected on it, and it is divided into strips, sometimes a large area, which is particularly spectacular.

Name Origin:

The British physicist John Tyndall (1820-1893) first discovered and studied the above phenomenon in colloids in 1869. This bright "pathway" is formed by the scattering of light by colloidal particles. The Tyndall effect is a common physical method to distinguish colloids from solutions.

When a beam of light passes through the colloid, a bright "pathway" can be observed in the colloid from the direction of perpendicular incident light, which is called the Tyndall phenomenon, also known as the Tyndall effect or the Tyndall effect, the Tinzel effect, and the Tyndler effect.

Colloids can have Tyndall phenomenon, and the solution is almost none, Tyndall phenomenon can be used to distinguish colloids and solutions, when there is light passing through the suspension, sometimes there will be a light path, but because the particles in the suspension obstruct the light too much, so that the resulting light path is very short.

The Tyndall effect is the scattering of light, which can also be called the opalescence phenomenon.

When the light is propagating, the light successfully shines on the particle, if the particle is many times longer than the incident light wave, the light will begin to reflect, if the particle is shorter than the incident light wave, the light will be scattered, if you look closely at this time, you will find that the light wave will surround the microscopic particle and emit light around, which is the so-called scattered light or opalescence.

Physical experiment: The Tyndall effect. The concentration of the milk solution has a certain effect on the effect.

The appearance of the "Tyndall effect" implies that light can be seen, so some people use this phenomenon to confess, that is, "when the Tyndall effect occurs, light takes on a shape; When you appear, there is a definition of heartbeat.

The correlation between the Tyndall effect and the "lack of love" is also revealed in this experiment: even the invisible and untouched air can say "love" loudly under the verification of the Tyndall effect.

In love, the "Tyndall effect" represents transparent love, through many obstacles, and finally see your heart and know what kind of love you want.

When someone confesses to you with the "Tyndall effect", it proves that he has liked you for a long time and has decided that you are the most suitable person for him.

In the early morning, in the dense woods, it is common to see pillars of light passing through the branches and leaves, similar to this natural phenomenon, known as the Tyndall phenomenon.

British physicist John Tyndall first discovered and studied the phenomenon of "pathways" in colloids in 1869. It was later named the "Tyndall phenomenon".

Colloids have Tyndall phenomenon while solutions have almost none, and Tyndall phenomenon can be used to distinguish colloids from solutions. The Tyndall effect is a common physical method to distinguish colloids from solutions.

The "Tyndall effect" is a physical phenomenon that refers to the "Tyndall effect" that can distinguish between colloids and solutions when a beam of light passes through a colloid, from the direction of perpendicular incident light.