I just read an interesting article about how slime mold generates networks as efficient as the Tokyo Subway system, the only downfall looks to be related to redundancy.
Slime Mold Subways
Which get's me thinking, now that memory is a dime a dozen, can we have networks of the same data, and depending on where you are in the platter for example rather then having to travel say all the way across the platter to get the information, you can just stay in the local vicinity?
So Suppose you have the same data being transferred back and forth in different memory regions so they are all matching. Your head is already in a particular location of the platter, now rather then having to say move the head all the way from where it is to a location nearly opposite the location you currently are, there is a networked memory piece just a few micrometer's next to, or after what you're looking at. Now the disk doesn't need to seek as long, which tends to be the more time consuming part of data access.
Let me know what you think or do you think I'm off my rocker?
