From reading this thread and the OP's website...
So we are talking about a 20,000 Core, 50 GHz, cpu, which is as fast (or faster) than the top Intel cpu at the time of availability.
Which only needs ONE competent Engineer for say 6 months (or so), to design it for the latest chip technology.
Unlike Intel who would need 500 or thousands of engineers, over a ten year period, to design their chips.
Crazy Intel, with their latest, 22 (between 1 and 22+ cores) core desktop/server chips, used in hundreds (or more ?) of millions and millions of computers/servers all over the world, built up over the last 46 years. You don't need the X86's thousands of instructions, silly Intel.
Just one single instruction, 50 GHz, 20,000 cores, and just a few months or so, for the lone engineer with a reasonable amount of competency, to do it all. On the latest generation 7 or 10 nm chips.
So I've got some questions for the OP...
At 50 Ghz, how much power will just a single core use ? (Ignoring some minor/tiny little problems, such as the speed of light and the laws of Physics etc) ?
What is that figure multiplied by x20,000 cores ?
How many dedicated local power stations will each cpu need Will it be practical to cool the cpus at a realistic cost ?
How exactly do you envisage your operating system and the software that runs on it, to usefully/efficiently use the x20,000 cores to do stuff, for most typical/average users ?
Why would people want to use your OS, over existing OS's, such as Linux and Windows ?