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the image is organized into a group of “overlays,” which is used to convert the image into a region of interest in gimp. within the file menu, select by color is selected. in the select menu under select it is set to “rgb.” invert is selected. make the rgb selected by the checkbox. the save image is selected as photo type and select the image button. the make button is selected to create an “atomic” copy of the image. gimp will color the pixels. the red dots are colored red, and the other pixels are not


quantum computers are special computers made from quantum mechanics. unlike their classical counterparts, quantum computers must use quantum mechanics to do computations. though there are some thought experiments about quantum mechanical computers, most people think classical computers will retain their supremacy for many years to come. on the other hand, the gap between classical and quantum computers has been constantly growing. as a result, the field of quantum computation has attracted a number of scientists and engineers, and perhaps we are standing at the crossroads of a revolution in computing. one thing is certain: by taking advantage of the unique nature of the quantum world, quantum computing offers the potential to solve some problems more efficiently than classical computers.


we begin with very simple circuits: a pushbutton, a resistor, and a capacitor. it is not immediately clear what the resistor is supposed to do, but we know from classical physics that the circuit must have a stable state: the capacitor should be charged, and the capacitor should remain charged. the capacitor can be charged by wire or by electron flow, and the capacitor is the simplest electric circuit, in some sense, but it is not an immediately useful circuit. we will see in the next few lectures that some circuits are more useful than others, but we will start by considering the capacitor. furthermore, we can keep the capacitor safe and well in service for a long time if we use a sufficient number of charge carriers. the capacitor is one of the simplest circuits, and the ground symbol in a circuit is likely to be well understood, but it is not a particularly useful circuit. we will introduce useful circuits and see why they have useful applications. we will not quite discuss applications before delving into quantum computers, but the reader should keep in mind that many of the classical circuits will be useful in the quantum world. 84d34552a1