This document discusses microchips and DNA microchips. Section 1 defines microchips as tiny silicon wafers used to make integrated circuits. It discusses the history of microchips and how they work by connecting transistors, resistors, capacitors and diodes. Section 2 explains that DNA microchips use DNA molecules as scaffolding to precisely assemble integrated circuits, as was demonstrated by scientists in 2009 using a "DNA origami" technique. DNA microchips could offer benefits over traditional silicon chips like lower cost, no toxic byproducts, smaller size, massive data storage, energy efficiency and self-assembly without silicon limitations. The document suggests DNA microchips could enable supercomputing capabilities.