Generating of light/energy from the dissassemblement of molecular bonds

In summary, the conversation discusses the possibility of transforming organic matter and kinetic energy into light. It is noted that this process is already occurring in burning organic materials and through the use of electric generators and light bulbs. The concept of phase conjugation is also mentioned, which may offer a way to regain energy lost to entropy. However, natural regeneration of energy is a slow process and may not meet the desire for immediate results.
  • #1
wunderkind
12
0
Is it possible to transform organic matter into light, by breaking the molecular structure, then re-asssemble it into its' original form? Is it possible to transform kinetic energy into light?
 
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  • #2
Well, part of what you are talking about is called
"burning". Candles, wood. etc. are organic materials transformed into, or at least producing, light via oxidation, which involves the breaking of chemical bonds. It's the putting back together again that poses the proble, Entropy, dontcha know.
 
  • #3
Is it possible to transform kinetic energy into light?

Yes. An electric gererator, wires, and a light bulb.
 
  • #4
Reforming energy lost to entropy

One promising avenue that may lead to technologies that regain energy lost to entropy is a subject of study in the field of non-linear optics called phase conjugation. A phase conjugate mirror is not like an ordinary mirror, in that, the mirror reflects an incoming wave such that the wave obeys what is known as the "Distortion Correction Theorum." See Dr. Beardens works in the arena of pump phase conjugate mirrors located at groups.yahoo.com/group/intalek
Below is some current work conducted on Self Pump Phase Conjugation and is stated to be the most efficient self pump phase conjugate system created yet.

Regards,

Edwin G. Schasteen

http://www.opticsexpress.org/view_file.cfm?doc=%24%28%2CO%2BIP%20%20%0A&id=%24%28L3%27J%40%20%20%0A
 
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  • #5
organic matter into light

duh.master self adjoint has it , as for reassembling it ,look to nature. energy is never at rest, it is either being used(transformed) or not .although natural regeneration of energy is time consuming, oh you want it " NOW ".
 

1. How is light/energy generated from the dissassembly of molecular bonds?

The process of generating light/energy from the dissassembly of molecular bonds is known as chemiluminescence. It occurs when a chemical reaction produces excess energy, which is released as light instead of heat. This can happen when high energy molecules, such as oxygen, interact with lower energy molecules, causing them to become excited and emit light as they return to a stable state.

2. What types of chemical reactions can produce chemiluminescence?

There are several types of chemical reactions that can produce chemiluminescence, including oxidation reactions, bioluminescent reactions in living organisms, and reactions involving certain metals, such as luminol reacting with hydrogen peroxide. However, not all chemical reactions result in chemiluminescence as it depends on the amount of energy released during the reaction.

3. Is the light produced from chemiluminescence always visible to the human eye?

No, the light produced from chemiluminescence is not always visible to the human eye. It can range from infrared to ultraviolet wavelengths, and the color and intensity of the light depend on the specific molecules and chemical reactions involved. Some reactions may produce light that is only visible under certain conditions, such as in a dark room or with special equipment.

4. Can chemiluminescence be used for practical applications?

Yes, chemiluminescence has many practical applications, including in lighting, medical diagnostics, and forensic investigations. Glow sticks, for example, use a chemical reaction to produce light without the need for electricity. Chemiluminescence is also used in diagnostic tests, such as pregnancy tests, to detect specific molecules in a sample. In forensics, it can be used to detect bloodstains or trace evidence at a crime scene.

5. Are there any potential dangers associated with chemiluminescence?

While chemiluminescence can be useful, it can also have potential dangers. Some reactions may produce toxic gases or heat, which can be hazardous. In addition, some chemicals used in chemiluminescent reactions may be flammable or corrosive. It is important to follow proper safety precautions and handle these chemicals with care.

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