You didn't get the F issue.
When upgrading the kernel there's an exception to the NVIDIA drivers and you have to run a special command to install them with the specific kernel w/ an option at the end of the install command. They don't auto compile with new releases beyond what's in their manifest.
F doesn't have an iGPU and no NVIDIA drivers = no display to troubleshoot with to fix the issue.
Actually, I did have a screen, it just said "check your video drivers" and I did what it said, and it did not fix the issue.
UPDATE: This is to all that helped me, and I thank you. All of this comparing to other CPUs was to fix an issue :
Alder lake should have been stronger and faster than any other cores, but it was 4 times slower. Well, I turned off e-cores, and that should have eliminated the scheduling issue and fixed the problem. It didn't. I tried the new kernel version, that caused more problems than it fixed, but was a good idea, and will be needed in the future. So thats where I left it.
Fast forward to today. I was talking to my DC buddies and they suggested deleting all processing units, running the BOINC benchmarks, update the project in BOINC, and then get new units. Well, guess what, exactly as I expected, Adler lake (well the P-cores) are faster per core than any other current cores, just less of them !!! So the problem was NOT Alder lake (as I thought anyway), its was NOT the OS (which I thought it was), but it was the application was not being utilized to optimize the cores ! Now it does take more electricity to run per core than Ryzen, but IT IS FASTER PER CORE.
I will ignore any replies that are not constructive. This whole process was a learning experience, and proved what I have said before,
that the P-cores are strong, but use more power. Yes, for general desktop use, not heavily threaded, they are great. Gaming they are great, but now have a new contender (5800X3D). For really heavy productivity, they are not that great. I hope you all have learned something as well as me.