Ignoring your repetition of nonsense and only dealing with last paragraphs.
Stellar formation always produces planets from the associated disk. I have already given you links to the process. Yes there will be at least one in the Goldilocks Zone every time. As I posted, this is not enough. Time is required for complex life to develop with a big possibility that stable time might also be required. With multiple stars of which there are a LOT, the motions are unstable and most of the time such planets will be absorbed if they ever finish forming in the first place. Physics again. The question is how long these planets exist and what type of star the planet orbits.
NASA's Kepler Discovers Multiple Planets Orbiting a Pair of Stars
List of multiplanetary systems - Wikipedia
Habitability of binary star systems - Wikipedia
Most planets around multiple star systems are not close enough to be in the Goldilocks Zone & turn out to be gas giants and not rocky like earth. It appears that our solar system is the mold. Rocky inner planets and gas giant outer planets.
You know, you're really wasting your time with all the links. I know that you think they are needed but I don't really care enough to bother with them and most of this stuff I've already seen.
You're actually helping make MY point. The planetary conditions required for complex life systems as we know them is likely a rarity in this universe. We can't ever make that conclusion. It's virtually impossible to examine our entire universe. There are parts we can't even see and never will see.
All I am saying is this notion that because there are billions of stars and life appears to be versatile, doesn't necessarily mean life is everywhere out there. Microbial life, fungus or sponges, bacteria or single-cell critters... yeah, perhaps that's more likely but advanced intelligent civilizations like our own? I say that's probably about 50/50.