The answer is yes, and no. Female discharge is not as bright under a blacklight as come. Because of the particular chemical composition male bodily sexual fluid is the brightest. As for female fluids, unfortunately, we can only say that it’s not going to glow as bright.

1. Bring one cup of water to a boil.
2. Pour JELL-O packet into a large bowl.
3. Have a grown-up help you add your boiling water.
4. Stir for two minutes with a wire whisk.
5. Have a grown-up pour one cup of tonic water into a measuring cup.
6. Slowly whisk while adding the tonic water.
7. Pour it into four clean jars.

Procedure

1. Pour about one cup of tonic water into a clear plastic, disposable cup.
2. In a darkened room turn on the ultraviolet black light and shine it on the cup.
3. While still shining the black light on the cup of tonic water, use the medicine dropper to carefully add two drops of bleach to the tonic water.

Tonic water glows a bright blue under black lights and works well when mixed with any clear alcohol. Clear alcohol (Gin, vodka, white rum , coconut rum etc) mixed with Tonic Water.

For this Halloween, Hershey’s has introduced glow-in-the-dark versions of its fun-size plain chocolate bars, Kit-Kats, and Reese’s Peanut Butter Cups. Similarly, Mars (never one to be outdone by Milton) has debuted glow-in-the-dark miniature bags of M&Ms.

Food That Glows in Black Light

• tonic water (bright blue because of the quinine that is an ingredient)
• cooking oil (yellow to greenish-yellow)
• olive oil (orange)
• eggs (shell is dark violet-red, egg white is bright pale yellow)
• honey (golden yellow)

You can make diy glow cotton candy. Roll a piece of white paper in a cone and stick a glow stick in it, or just use a glow stick. You can get bagged cotton candy from the dollar store or party store, but I don’t know if this will stretch enough for the cotton candy to glow, just the stick.

Cotton candy pink glow in the dark powder is the only true pink glow in the dark powder available. This unique strontium aluminate phosphorescent pigment glows a light baby pink in the dark and under a UV light….

When UV light bounces off objects that contain special substances called phosphors, interesting things happen. Phosphors are substances that emit visible light in response to radiation. For example, your teeth and fingernails contain phosphors, which explains why they glow under a black light.

You can use a black light to detect body fluids. Urine glows under a black light primarily because it contains the element phosphorus. Phosphorus glows yellowish green in the presence of oxygen, with or without black light, but the light imparts additional energy that make the chemiluminescence easier to see.

Black light is nothing but UVA light, while UV light is basically composed out of UVA, UVB and UVC. So in other words, black light is UV light(450-100nm), covering the 400-320nm spectrum.

Black lights emit UV radiation that can be harmful to the eyes and can affect vision over time. Although the eyes do have some built-in defenses, these weaken over time and some of the defenses themselves can affect vision.

The visible leakage from a black light stimulates both “red” and “blue” receptors in your eye, and you perceive purple.

There is no evidence to suggest that insect traps using ultraviolet black light increase your risk of developing skin cancer, as the amount of ultraviolet radiation they emit is very low. Black lights emit a type of ultraviolet radiation called UVA, which is invisible to the human eye.

(Never leave an incandescent black light unattended—in fact, avoid having them, buy an LED or fluorescent UV bulb instead, they’re much safer, more efficient, and will last much longer.) But even non-incandescent UV bulbs (blacklights) should probably be turned off.

Studies have shown that using our UV-emitting electronic devices up to bedtime (and even while in bed,) disrupts the sleep cycle by suppressing the production of melatonin (the “go to sleep” chemical). In nature, melatonin production decreases in daylight and increases when it gets dark.

On the one hand, UVC is the most dangerous because it’s the highest energy portion on the UV spectrum. It accounts for nearly all UV exposure as it’s barely blocked by the earth’s atmosphere. That said, it’s also the shortest wavelength and isn’t thought to cause as much long-term damage as UVB from the sun.