When we learn a new skill, such as, playing violin, driving or swimming, a set of neurons is used to execute the instructions and when done repeatedly, they are kind of hardwired to perform that job. That's why when we drive or walk, we actually don't think consciously but our subconscious mind executes most of the tasks to get the job done. It's like task is hardwired in our brain neurons. How about we design our computer memory and processors' transistors to act similarly. That would make a computer very much efficient and faster in processing. It was not practical at the early age of computers due to the cost of memory and processing units. As the memory is getting cheaper and cheaper, and the microprocessors are cramming double amount of transistors in every eighteen months, the execution of a software can now easily be allocated dedicatedly to a certain set of memories and processing units and reuse that set of memories when that particular function is executed. Currently it does similar thing in the memory when a software program is loaded but not by actually forming a physical connectivity among the memory cells and processor's transistors. This would need to create kind of physical/pseudo physical connectivity among those memory chips and processors. In this way, the hardware would behave like software in physical form. There could be so much optimization to efficiently utilize the hardware.
