UCSPMM

An ultra-compact-silicon-processor-manufacturing-machine, commonly known abbreviated to UCSPMM and otherwise known as a supercell is a device capable of manufacturing silicon computer chips (processors) in a relatively small area.

Prior to their invention, manufacture of computer chips required enormous factories and systems to withdraw all impurities from the air wherein the chips were manufactured.

UCSPMMs, however, are usually less than 100 tons in weight and often mobile, allowing for smaller enterprises to manufacture their own computer chips, as well as for computer chips to be manufactured covertly. Ultra-compact-silicon-processor-manufacturing-machines (UCCPMMs) are the equivalent manufacturers of carbon-based processors.

Operation
UCSPMMs manufacture silicon chips without human interaction with the chips. The mechanism relies on 3D printing to mold the silicon and selectively dope certain areas to create semiconductors.

The most modern UCSMMs use quantum teleportation to teleport the doping atoms to their targets, creating the smallest possible transistors, and thereby the smallest possible chip for a given amount of silicon.