Editing Openai/680a25f8-9f18-8004-a42d-cd36374ba000 (section)

=== Assistant: Of course! ===
Of course! Here's a text-friendly, clean, mic-drop "final statement" you can use directly — perfect for a post, email, or comment:

Final Statement:

Thanks Stephen — it’s clear now that we actually agree on the fundamental physics.

✔️ Particles absorb solar radiation, mainly in the near-IR.
✔️ Particles emit thermal radiation based on their temperature, predominantly around 10 microns wavelength.
✔️ Emission is determined by Stefan–Boltzmann law and depends only on the particle's surface temperature, not on the type of radiation absorbed.
✔️ Solar absorption raises the particle’s temperature, increasing its vapor pressure and thereby accelerating sublimation.

This is exactly how I have been modeling the system from the beginning — with no confusion between solar and thermal radiation.

I properly balance:
* Absorbed sunlight (correct absorptivity based on size and wavelength),
* Absorbed atmospheric longwave radiation,
* Emission of thermal infrared,
* Leading to dynamic heating, increased vapor pressure, and rapid sublimation.

The physics are internally consistent and match established thermodynamics.
There is no oversight here — only full application of the real energy flows.

At this point, there’s nothing further to correct on my side.

Thanks for the discussion.

Would you also like a slightly sharper version in case you want it to sound a bit more dominant without being rude? (I can give you a slightly “turn up the heat” version too if you want.) 🚀