UK-based startup VividQ claims to have achieved the holy grail of holography by creating the world’s first holograms with “retina resolution.”
UK-based startup VividQ claims to have achieved the holy grail of holography by creating the world’s first holograms with “retina resolution.” This technological milestone marks a significant leap forward, aligning holographic displays with the resolution and real-life focus cues expected by the human eye, resulting in a more natural and immersive viewing experience than ever before, according to a statement by VividQ.
The company’s innovative approach involves engineering light waves to render objects in 3D space, closely mimicking the way our eyes perceive and interact with objects in the physical world. Through sophisticated software, VividQ manipulates light pathways, allowing for the creation of high-resolution holographic images. These images are then projected using high-performance 4K display hardware, enabling the placement of 3D holographic objects at any distance within a user’s focal range.
VividQ envisions deploying this cutting-edge technology in next-generation virtual reality (VR) headsets, revolutionizing the VR and mixed reality landscape. The company asserts that the retina resolution holograms will offer unparalleled levels of immersion and realism, particularly in gaming applications.
To address common challenges in virtual reality experiences, VividQ’s technology allows users to adjust holograms to their eyesight without the need for bulky gear. Additionally, users can dynamically shift their focus and modify the distances of digital objects, potentially mitigating side effects such as nausea, eye fatigue, and headaches commonly associated with prolonged VR use.
To showcase the capabilities of their technology, VividQ has collaborated with Japanese electronics firm JVCKenwood (JKC), leveraging their high-performance LCoS (liquid crystal on silicon) display. The partnership aims to commercialize this groundbreaking holographic display technology, bringing it from the realm of innovation to accessible consumer products.
Darran Milne, CEO of VividQ, expressed confidence in the market viability of their technology, stating, “Time and time again we’ve broken down the barriers between this revolutionary display technology and the real world. By showing retina resolution holograms running on readily available components from JKC and confirming that our technology is already commercially available, we are proving to the market that holographic display is not only feasible, it is inevitable.”
The potential applications of VividQ’s retina resolution holograms extend beyond entertainment, offering solutions to longstanding challenges in the virtual reality space. The ability to seamlessly adjust holograms to individual eyesight preferences and dynamically change focus distances addresses key discomfort issues associated with VR, enhancing user comfort and reducing barriers to widespread adoption.
This groundbreaking achievement has garnered attention not only for its technical prowess but also for its potential to redefine the way we perceive and interact with digital content. As the collaboration between VividQ and JVCKenwood progresses towards commercialization, industry experts and consumers alike eagerly anticipate the integration of retina resolution holograms into the next wave of VR headsets, promising a new era of immersive and realistic virtual experiences.
VividQ’s retina resolution holograms mark a significant leap forward in holography, promising to reshape the landscape of virtual reality and mixed reality applications. As the company collaborates with industry partners to bring this technology to market, the future of holographic displays looks more promising than ever, with potential implications for diverse fields beyond entertainment.