It all looks good on paper. Let me throw another school of thought at you. When machines are new, there are rough edges and machined surfaces. Machined surfaces have a texture, and that is measured based on a roughness. Older engines you disassemble may have a glass like appearance, called glaze.
Carbon (from combustion) is an abrasive. Carbon gets past the rings unless they are seated well. In new engines, the rings are not seated, and the cylinder surfaces are "rough" because of the fresh machining.
Also new engines have not cycled though heat seasoning. Metal expands and contract from the engine heat, so cycling the engine is actually as important or MORE important to longevity as seating the rings.
Two schools on proper break in in regards to seating the rings. Some say run hard, others say not so much, both agree no lugging and no redlining. I guess anything in between is up for interpretation, as my running hard is not abusive, and is healthy for a motor.
Back to the heat cycling. If the motor is still heating and contracting and finding its "Steady State", that will affect how the ring seating was done.
Now back to your oil, the carbon in the oil, abrasives, and polishing. It is recommended to run mineral based oil over synthetic for what purpose? Now think of what the carbon grits function may be in the oil. In a new motor, that grit may or may not help in the proper setting of the rings, but no less than the running synthetic issues.
You could get a 50 gallon drum of oil, hook it up to the bike and run it using all new oil. I could hypothesize that the micro particulates may even be absorbed as "fill" for the lower spots in the machined surface. Metal is porous to an extent, and as the oil and "particulate" permeate the surface, this all helps in the "work hardening" of that surface. What is best? Just tossing how things work at you, I do not know what is best for your bike.
I shall now regale you with a story of my youth. An old guy bought his new car and NEVER changed the oil on it. He got appx 100,000 out of it before it died. His theory was this--the cost of oil changes over the life cost more than a new engine. I never did the math, but back then engines were cheaper. Did he ever change his oil? I really don't know. That was his story.
Anyway, the heat cycling of the engine is probably as critical or more to the proper break in vs oil.
I have read of the stories of peeps and their overheat issues, and to me, that is far worse on a new engine than the oil issues. Years down the road, knowing which bikes ran on the hot edge when new vs those that didn't, would be great information as to longevity of these bikes.
So rather than fretting about the oil change, run the bike up to operating temp, run it for a short time, then shut it down and let it cool completely before running again. Do this a few times, and your bike will last longer, leak less and have more power.
Metallurgy folks. Work hardening, polishing, stress relief and surface seasoning. There are more parts to the engine than just the rings. Read up on how new airplane engines are broke in, a totally different process for some.
And also, if you want more horsepower, you sacrifice longevity and economy.
Take a balanced approach. and use the manufacturers advice, you paid them for it.