There is no concentration point; CO2 does not trap thermal energy. It is not possible to trap thermal energy. (There is no such thing as a perfect insulator).At what concentration point does atmospheric carbon dioxide 'max out' in terms of trapping thermal energy? Is there a point where a raise in levels would make no real difference?
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ChatGPT, Grok, et al. are wrong. There is no such thing as "re-emits infrared (IR) radiation". Photons, upon absorption, are completely and utterly DESTROYED. There is no such thing as "greenhouse effect"; the described mechanism for it violates physics.Carbon dioxide (CO2) absorbs and re-emits infrared (IR) radiation, which is a key factor in the greenhouse effect and climate change. This absorption occurs because the vibrational modes of the CO2 molecule can be excited by the energy of infrared photons, causing the molecule to vibrate and re-emit the energy, some of which returns to Earth's surface as heat.
There is one thing missing in the explanation. When a molecule vibrates more intensely it registers as an increase in temperature. The capture of energy in the atmosphere heats up the atmosphere. This increase in atmospheric temperature is part of the earth's warming.Carbon dioxide (CO2) absorbs and re-emits infrared (IR) radiation, which is a key factor in the greenhouse effect and climate change. This absorption occurs because the vibrational modes of the CO2 molecule can be excited by the energy of infrared photons, causing the molecule to vibrate and re-emit the energy, some of which returns to Earth's surface as heat.
Here's a more detailed explanation:
Infrared Absorption:
CO2 molecules, unlike the major atmospheric gases like nitrogen and oxygen, have a molecular structure that allows them to absorb infrared radiation. Specifically, the bonds within the CO2 molecule can vibrate in ways that match the energy of infrared photons, leading to absorption.
Re-emission:
When a CO2 molecule absorbs infrared radiation, it becomes energized and starts to vibrate more intensely. This energized state is unstable, and the molecule will eventually release the absorbed energy by emitting infrared radiation in random directions.
Greenhouse Effect:
Because CO2 molecules re-emit the absorbed infrared radiation in all directions, some of it is directed back towards the Earth's surface, contributing to the warming of the planet. This process is a major component of the greenhouse effect, which helps maintain a habitable temperature on Earth.
Wavelength Specificity:
CO2 doesn't absorb all infrared wavelengths equally. It has specific absorption bands where it is most effective at absorbing infrared radiation. For instance, it strongly absorbs radiation around 15 micrometers.
Impact on Climate:
Because CO2 is a relatively long-lived greenhouse gas, its increasing concentration in the atmosphere due to human activities is a significant factor in the observed warming trend. While other factors also play a role, the increased absorption and re-emission of infrared radiation by CO2 is a crucial part of understanding climate change.
ROFLMAO.ChatGPT, Grok, et al. are wrong. There is no such thing as "re-emits infrared (IR) radiation". Photons, upon absorption, are completely and utterly DESTROYED. There is no such thing as "greenhouse effect"; the described mechanism for it violates physics.
IOW, the entirely of "climate change" "science" (a physics-denying religion) is complete and utter BULLSHIT that's being peddled to the gullible masses in order to siphon more money and power from the plebs (and to the elites who gain from it).
OMG, more pseudo science.
What is your expertise that qualifies you to say this?????????There is no concentration point; CO2 does not trap thermal energy. It is not possible to trap thermal energy. (There is no such thing as a perfect insulator).
RMFLMAO.ROFLMAO.
You are always good for a laugh. I love your claim that molecules can't emit infrared radiation. It's funny because there is this big thing in the sky every day that emits radiation from molecules.
Basic physics.What is your expertise that qualifies you to say this?????????
It absorbs a photon and then later emits a photon. That you wanted to argue that it doesn't re-emit a photon shows you are relying on semantics instead of physics.RMFLMAO.
You are always good for a laugh. I love your claim that the words emit and re-emit are identical to each other. It's funny because there is a blatantly obvious prefix in front of the word emit that changes the definition of the word.
You do know what the Heartland Institute is correct? And who funds them?At what concentration point does atmospheric carbon dioxide 'max out' in terms of trapping thermal energy? Is there a point where a raise in levels would make no real difference?
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Yes.It absorbs a photon
FTFY. --- Precisely.and then later emits a [different] photon.
Precisely. See above. There was no "re-emit" involved. One photon was absorbed (and destroyed) and then another entirely new photon was emitted.That you wanted to argue that it doesn't re-emit a photon
No, it shows that you don't understand the English language (in addition to your lack of physics knowledge).shows you are relying on semantics instead of physics.
How do you know it isn't the same photon? The "new photon" could simply be the old photon recreated. In fact there is no way to tell if the photons are the same because physics doesn't allow you to compare them.Yes.
FTFY. --- Precisely.
Precisely. See above. There was no "re-emit" involved. One photon was absorbed (and destroyed) and then another entirely new photon was emitted.
No, it shows that you don't understand the English language (in addition to your lack of physics knowledge).
Because B ≠ A.How do you know it isn't the same photon?
A recreated photon is NOT the original photon, even if it were indistinguishably similar to the original photon. Replicas are NOT originals, Richard...The "new photon" could simply be the old photon recreated.
Hmmmm, let's see what Google's AI overview has to say about this....In fact there is no way to tell if the photons are the same because physics doesn't allow you to compare them.

Denial of physics. You have not tested the photons to see if they are the same. Shroedinger.Because B ≠ A.
Recreated? I see you are now saying it isn't created but only recreated?A recreated photon is NOT the original photon, even if it were indistinguishably similar to the original photon. Replicas are NOT originals, Richard...
Google's AI is not a valid source for answers on physics since it is nothing more than a LLM.Hmmmm, let's see what Google's AI overview has to say about this....
"Yes, photons are generally considered to be destroyed upon absorption. When a photon is absorbed, its energy is transferred to the absorbing particle (like an electron), and the photon ceases to exist as a distinct entity. The energy of the photon is then used to excite the particle, change its energy level, or cause some other interaction."
Hmmmmm, "destroyed upon absorption"...... interesting.... that sounds exactly like what I just got done claiming happens to photons upon absorption......![]()
Denial of logic. It's impossible to test a photon that has already been destroyed.Denial of physics. You have not tested the photons to see if they are the same. Shroedinger.
YOU are the one who introduced that word and made that claim, Richard... Try to keep up.Recreated? I see you are now saying it isn't created but only recreated?
Never said that it was, Richard. I just figured that I'd purposely use a leftist-approved source to avoid having a leftist complain about the source. I see that it, once again, didn't work. @Damocles is quite familiar with this phenomena.Google's AI is not a valid source for answers on physics since it is nothing more than a LLM.