Apple Could Be Working on 'Spatial iPhone' With Holographic Display

Samsung is reportedly developing a holographic smartphone display that could be used in a rumored "Spatial i Phone." The claims come from the leaker known as "Schrödinger" on X, who shared screenshots of messages with an unnamed insider purportedly familiar with the project. Sources have apparently heard discussions about a "Spatial i Phone" in the supply chain, though no credible details about it have yet emerged. Since Apple does not manufacture its own displays, any such device would likely rely on other manufacturers like Samsung, which already supplies OLED panels for the iPhone lineup. Codenamed "MH1" or "H1," the rumored display differs from earlier glasses-free 3D screens by pairing advanced eye-tracking with diffractive beam-steering, a technique that uses microscopic structures in the display layer to bend and redirect light toward the viewer's eyes at precise angles, creating the perception of depth without additional glasses. The display is also said to incorporate a nano-structured holographic layer integrated directly into the AMOLED stack, enabling spatial depth effects that appear to float above the glass surface. A patented algorithm would purportedly allow users to tilt the device to see around objects in a video, which the leaker described as "360-degree rotation," similar in concept to Samsung's existing 85-inch spatial displays but adapted for handheld use. Samsung's Advanced Institute of Technology (SAIT) has published academic work on slim-panel holography since 2020, when it released a paper in Nature Communications detailing a steering-backlight unit that increased viewing angles for holographic video by 30 times compared to conventional designs, a key obstacle to making the technology viable in a thin handheld device. The prototype described at the time was approximately 1cm thick and capable of displaying 4K holographic video at 30 frames per second. The H1 display is also said to maintain full 4K resolution for standard 2D tasks, with the h