No, physics and the laws that govern the real world. Yes simple if you bother your arse to learn but what you are arguing is not engineering or physics.
I showed you the best example in a video, I linked to the science of engineering we are discussing, listed specific examples of common engines at the same effective capacity by same manufacturer.
Posted in a list are boosted engines and model names of their naturally aspirated counterpart.
I assumed that to argue pressurised engines are always best that people were familiar with the stock output(s) of the hero cars, but it’s pretty simple to Google factory specs and see for yourself, there is no comparison.
But seriously if you don’t get the pressurised vessel analogy either read up the info in the link provided or stop posting same stuff in this thread. Start another thread, plenty of people in your shoes confusing efficiency and capacity and magic of boost. Not here as infinitum please, I started this thread OP to discuss before official release whether a Stinger will flog a Stock SS.
Objective real world local proof is still out there, best quality real world information I have says the stock of each output is matched:
Kia Stinger GT 3.3T RWD
Base: 248.56 kW / 507.6 Nm
FBO & reflash
Stage 1: 307.95 kW / 617.2 Nm
Kia Stinger GT 3.3T AWD
Base: 225.1 kW / 505.3 Nm
FBO & reflash
Stage 1: 284.96 kW / 598.3 Nm
Awfully close to a shitty stock NA V8, not a lay down Meziere both with FBO and tune either.