Photons, obviously, can't be hot or cold - light is just another form of energy. Light can travel through a hot environment, but can't be hot or cold itself.
'Cold' is a lack of heat, like 'silence' is a lack of noise, it is not a physical entity in itself and therefore can't be 'reflected'.
Bioluminescence is called cold light because less than 20% of the light generates thermal radiation, or to say in simpler terms, heat. So, the less thermal radiation there is, the colder it will be.
The word light is a noun. It is also a verb and an adjective. Examples:Noun: The light was fading when we decided it was time to leave.Verb: We will light the fire when it gets dark.Adjective: You only need a light jacket, it's not very cold.
The surroundings of a system can determine the temperature status of a substance. So in our daily lives, any substance or materiel that reflects heat can keep things cold at its best, especially if placed in a non sourced light ( because light transmits heat)
Because in science, cold doesn't exist. You can't make cold, you can only remove heat. But in human language we've made words to describe the absences too. Dark is the absence of light. Cold is the absence of heat. Vacuum is the absence of all material. So insulation can't keep the cold out, since the cold doesn't exist. What you can do though is keep the heat in. Heat is a real thing. You can make heat.
You certainly will find yourself going to the refrigerator for a cold drink on a hot day. This is your body's way of trying to cool down.
Cold Light was created in 2004.
Cold Spring Harbor Light was created in 1890.
The Cold White Light was created on 2002-05-13.
The Cold Light of Day was released on 09/07/2012.
The Production Budget for The Cold Light of Day was $20,000,000.
yes
Cold light
Because almost no heat is produced during this reaction. That is why it is often called "cold light".
The Cold Light of Day grossed $3,763,583 in the domestic market.
The Cold Light of Night - 2012 was released on: USA: 3 April 2012
The cast of Cold Light of Day - 2003 includes: Alan McCafferty
Light is due to electron transitions in atoms.