krb wrote in post #14416177
Individual pixels on the sensor can only see in one color. So you have this array of red, green and blue sensitive pixels on the sensor and in order to convert that raw sensor data into an image there is a bunch of software interpolation that has to go on.
With a monochrome sensor you don't have any of that going on. Each pixel on the sensor corresponds to a pixel in the final image. The result should be monochrome images that are very, very sharp. Or maybe the better way to say it is monochrome images that are very, very accurate.
Cool! Despite my fried learned brain, I thank you for the brief intelligence report! The idea seems to be a way to bring us back to the beginning of fine photography, yet, with advanced technology enabling us to again have no bounds! I wonder if a new Cartier-Bresson will emerge? I'm sure I am far off on this thought, but, the ability has stayed, yet the format has evolved!