DNA wroteman u can believe whatever u like i am talking simple physics here u are talking about irrelevant stuff just my 2 cents
ok chassis apply thermal paste and tell us if it lowers ur temps drastically since u already have a more than capable cooler
Still the same exact personality. You have not changed a single bit in all these years. Great to know you're consistent at least LOL
The simple physics you speak of are this: a heat capacity lower than what is being dissipated means that more heat is produced than is released into the air. This heat stays on-chip, and given the chip is simply releasing more heat, this will lead to overheating.
The simple rule is: if your temperature remains stable, then the heat being produced is equal to the heat being released and you have equilibrium. Using a cooler with higher thermal conductivity or heat capacity will simply shift that equilibrium towards a lower temperature.
These simple physics are the same physics that explain why in a water loop, regardless of pump, radiator, and component order, components usually reach the same temperatures once the water loop reaches equilibrium and that any differences are due to differences in pressure or the form of water flow e.g. jet.
It's not about beliefs and frankly it's ugly that you choose to end a discussion like this. It clearly indicates you have either run out of arguments or you're explicitly disrespecting the party you are engaging with.
Whether chassis gets lower temperatures or not is up for tests, since the thermal paste might already be good enough.
But, repeating, this is not related to the assertion that the laptop cooler's heat capacity is LOWER than the combined TDP of both CPU and GPU, nor is it relevant, since laptops don't insist on keeping both CPU and GPU at their highest frequencies like desktops (used to do) when both are maxed out.