- #1
fredreload
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Is it possible to excite the sodium ion in the brain with photon from electromagnetic radiation to create a yellow glow like the sodium-vapor lamp here? Please bear with me, I'm bad with Chemistry
Can Sodium Ions in the Brain Be Excited with Electromagnetic Radiation?
- Thread starter fredreload
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In summary, the possibility of creating a yellow glow in the brain through the excitation of sodium ions with electromagnetic radiation depends on the concentration of the ions and the frequency of the radiation used. If the concentration of the ions is high enough and the frequency is just right, then it is possible to see a yellow glow from the brain. However, if the concentration is too low or the frequency is not suitable, the glow may not be visible.
- #2
CrazyNinja
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I will definitely help you, provided you tell me what exactly is that you want to know. Do you want to see a yellow glow coming from the brain, or do you want to know if it is possible?
- #3
fredreload
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Right I want to see a yellow glow coming from the brain
- #4
CrazyNinja
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I will help you as long as you promise not to do this to me. 
So to actually "see" yellow light out of the brain, all you require is sufficiently large no of sodium ions. Sodium ion anywhere is the same. So if a sodium ion in a vapor lamp will give this, the sodium ion in our brain will too. But if the concentration of the ions is very less, then though the excitation happens, it may not be visible.
In addition, the light will also depend on the frequency of radiation you use. We have seen a yellow flame appearing from sodium in our labs using a Bunsen burner, but that is probably just the right "amount" of heat. Too less heat, and you won't see anything because the excitation of electron is not sufficient to release a photon whose wavelength corresponds to that of visible light. Same problem with a very high temperature.
So to actually "see" yellow light out of the brain, all you require is sufficiently large no of sodium ions. Sodium ion anywhere is the same. So if a sodium ion in a vapor lamp will give this, the sodium ion in our brain will too. But if the concentration of the ions is very less, then though the excitation happens, it may not be visible.
In addition, the light will also depend on the frequency of radiation you use. We have seen a yellow flame appearing from sodium in our labs using a Bunsen burner, but that is probably just the right "amount" of heat. Too less heat, and you won't see anything because the excitation of electron is not sufficient to release a photon whose wavelength corresponds to that of visible light. Same problem with a very high temperature.
1. Can electromagnetic radiation affect the sodium ions in the brain?
Yes, electromagnetic radiation can affect the sodium ions in the brain. When exposed to electromagnetic radiation, the ions can be excited, leading to changes in their behavior and potentially altering neuronal activity.
2. What type of electromagnetic radiation can excite sodium ions in the brain?
Various types of electromagnetic radiation, such as radio waves, microwaves, and even visible light, can excite sodium ions in the brain. The specific frequency and intensity of the radiation may determine the extent of its impact.
3. How does the excitation of sodium ions in the brain affect brain function?
The excitation of sodium ions in the brain can affect brain function by altering neuronal activity, which can lead to changes in cognitive processes, behavior, and overall brain function. This can also potentially impact the regulation of bodily functions influenced by the brain, such as heart rate and breathing.
4. Are there any potential risks associated with the excitation of sodium ions in the brain by electromagnetic radiation?
While research is ongoing, there may be potential risks associated with the excitation of sodium ions in the brain by electromagnetic radiation. Some studies have shown that extended exposure to certain types of radiation may have negative effects on brain function and health, but more research is needed to fully understand these risks.
5. Can the excitation of sodium ions in the brain by electromagnetic radiation be utilized for medical treatments?
While there is ongoing research into the potential medical applications of electromagnetic radiation on the brain, such as in the treatment of neurological disorders, it is important to note that this is still a developing field and more research is needed to fully understand the potential uses and risks of this method.
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