Can resonance be used to split a molecule of CO2?

In summary, there are several factors that determine the frequency output of a laser diode, including the device design and choice of material. Therefore, it is not possible to calculate the frequency using only the information of the type of semiconductors used. It is best to either measure the frequency or read the specifications of the device.
  • #36
DrClaude said:
Even if you could do that in theory, molecular vibrations are highly non-linear, so there isn't a single frequency you could excite at. And the link you gave talks about using laser light, which is not the same thing! Even then, simply vibrationally exciting a molecule at a single frequency won't work, but time-varying frequencies are needed.

At the molecular level, a sound wave simply corresponds to collisions between molecules. Regular chemistry applies.
Could you us the Kuramoto model to synchronise the atoms first before applying a dissonant frequency?
DrClaude said:
Even if you could do that in theory, molecular vibrations are highly non-linear, so there isn't a single frequency you could excite at. And the link you gave talks about using laser light, which is not the same thing! Even then, simply vibrationally exciting a molecule at a single frequency won't work, but time-varying frequencies are needed.

At the molecular level, a sound wave simply corresponds to collisions between molecules. Regular chemistry applies.
Could you apply the Kuramoto model to synchronise the atoms before applying a dissonant frequency?
 
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  • #37
Thread closed temporarily for Moderation after necropost...
 
  • #38
Thread will remain closed.

@Biskityas -- If you want to discuss this, please start a new thread and post links to the technical reading you've been doing about this. Thank you.
 

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