'In this paper a novel optical illusion is described in which purple structures (dots) are perceived as purple at the point of fixation, while the surrounding structures (dots) of the same purple colour are perceived toward a blue hue.'
Multispectral imaging works by capturing light in several distinct wavelength bands, including those not visible to the human eye. This enables more detailed information capture when compared to traditional RGB sensors, which only detect red, green, and blue wavelengths. Using multispectral sensors could help future iPhones achieve better material separation and improved depth perception, with the latter resulting in more accurate portrait photos.
One reason why the Pixel phones are so popular is the camera. There's a depth, a level of clarity, and brilliant/accurate colors that most phone cameras cannot match. Also: How to clear your Android phone cache (and why you shouldn't wait to do it) Google is always trying to one-up itself by improving the Pixel camera with every iteration. Back with the Pixel 8, Google introduced the P3 wide gamut capture feature that came along with the Ultra HDR format of Android 14. The Display P3 wide-gamut capture makes photos come seriously alive with color.
This update includes the next iteration of the app's much-discussed Process Zero mode, adding HDR and ProRAW support to what is intended to be a hands-off, anti-computational image processing method. There's a new black-and-white film simulation that also supports HDR, and more new "Looks" to come. This is my semi-regular cue to remind you that HDR is not a dirty word. We tend to associate the term with an over-processed look when high-contrast scenes are translated to an SDR display.
