Sony Electronics is setting a new benchmark for immersive 3D experiences with its cutting-edge ELF-SR2 (27-inch) and ELF-SR1 (15.6-inch) Spatial Reality Displays and the NVIDIA Omniverse development platform. The combination of Sony's unmatched 3D display technology and Omniverse's powerful real-time 3D design and simulation capabilities is poised to revolutionize industries from gaming and entertainment to architecture, engineering, and automotive design—without the need for VR headsets or special glasses.

With Sony's Spatial Reality Display and the new NVIDIA Omniverse, creators can now experience real-time rendering like never before. NVIDIA Omniverse is a platform of application programming interfaces, software development kits, and services that enable developers to seamlessly combine Universal Scene Description (OpenUSD) and NVIDIA RTX rendering technologies into existing software tools. By connecting OpenUSD-based applications developed on NVIDIA Omniverse with Sony's Spatial Reality Display, creators can instantly view and manipulate their 3D assets in real time. This allows creators to turn their digital designs into holographic-like experiences, giving them the freedom to explore all aspects of their work from every angle, no extra hardware required.

Swave Photonics, the forerunner in the implementation of true holography for augmented reality, today announced the successful closure of its seed round expansion. This additional investment of €3M catapults Swave's total funds raised to €10M.

Reinvestment from present investors imec.xpand, a venture capital fund centered around nanotechnology innovation, Flanders Future Techfund (FFTF), a Belgian/Flemish public investment fund, and QBIC, a Belgian inter-university venture capital fund, underscores investor trust in Swave's technology. Joining these investors are new US-based investors Acequia Capital, a leading venture investment firm based in Seattle, WA, and Luminate NY, the world's only optics, photonics, and imaging accelerator, which is based in Rochester, NY. Their participation, even amidst a challenging fundraising landscape, amplifies the significance and potential of Swave's groundbreaking holographic and photonics solutions. This seed round positions Swave well to execute on its augmented reality roadmap and engage future customers, partners and investors interested in driving true holography for spatial computing.

Introducing our brand new JET Mousepad! JET is a fast, low-friction mousepad maximizing speed while providing a uniform X/Y axis. The beautiful holographic design will stay clean and clear thanks to a liquid-resistant, non-coated finish. The soft, distraction-free, and high-quality stitch ensures a flat surface and fray-resistant border.

JET is a fast, low-friction mousepad maximizing speed while providing a uniform X/Y axis. The beautiful holographic design will stay clean and clear thanks to a liquid-resistant, non-coated finish. The soft, durable, distraction-free, and high-quality stitch ensures a flat surface and fray-resistant border. This is FNATIC's signature micro-knit stitch, a stitch above the competition. A solid 3 mm thick natural rubber is dense and provides a concrete gaming platform. The backing lets your arm and wrist rest comfortably on the mousepad.

Case Western Reserve University researchers have developed technology aimed at making an optical disc that holds 1 to 2 terabytes of data -- the equivalent of 1,000 to 2,000 copies of Encyclopedia Britannica. The entire print collection of the Library of Congress could fit on five to 10 discs. The discs would provide small- and medium-sized businesses an alternative to storing data on energy-wasting magnetic disks or cumbersome magnetic tapes, the researchers say. To push technology to market, the leaders of the effort have launched a company.

"A disc will be on the capacity scale of magnetic tapes used for archival data storage," said Kenneth Singer, the Ambrose Swasey professor of physics, and co-founder of Folio Photonics. "But, they'll be substantially cheaper and have one advantage: you can access data faster. You just pop the disc in your computer and you can find the data in seconds. Tapes can take minutes to wind through to locate particular data."

No, you're not dreaming. The flickery 360-degree 3D displays envisaged in the Star Wars movies now exists as a prototype project from Microsoft. Called the Vermeer Interactive Display, the research project combines Microsoft's Kinect motion sensing technology to allow you to directly 'touch' and interact with the virtual image being projected, which Microsoft describes as a '3D volumetric/light field display'. In essence, it works by creating an image between two facing parabolic mirrors, which then creates the optical illusion of a colour 3D image floating above them, which can be viewed all the way round. So, could this technology eventually be applied to PC gaming giving an immersive interactive experience not seen before? What kind of graphics power would be needed to drive it? The video below gives a fascinating demonstration of this new technology.