🟣 SC 🌀 DTech 🔴 HCI
Notably, the platform doesn’t require coding or advanced design expertise, allowing users to design, drop, and share interactive AR experiences across mobile devices, headsets, and AR glasses.
Read more🟣 SC 🌀 DTech 🔴 HCI
Notably, the platform doesn’t require coding or advanced design expertise, allowing users to design, drop, and share interactive AR experiences across mobile devices, headsets, and AR glasses.
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You don’t have to look far to find reports of people who have used VR headsets and then felt ‘off’ after removing them. While motion sickness is surely the most well-known post-VR symptom, a subset of people say they have experienced feelings of being ‘stuck in VR’ after taking off their headsets. It’s tempting to brush off such reports as someone having seen The Matrix (1999) one too many times, but it turns out there is a clear scientific basis for the sensation.
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DeepMind, Google’s AI research lab, announced the release of Genie 3, a new AI system capable of generating interactive virtual environments in real-time—and bringing us one step closer to the Holodeck.
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Researchers at Meta Reality Labs and Stanford University have unveiled a new holographic display that could deliver virtual and mixed reality experiences in a form factor the size of standard glasses.
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So what the hell is embodiment and why am I boring you talking about it rather than just talking about all the cool shooting, and explosions, and smart design in the game? Well, it’s going to help us understand why certain design decisions in Synapse are so effective. So stick with me here for just a minute.
Embodiment is a term I use to describe the feeling of being physically present within a VR experience. Like you’re actually standing there in the world that’s around you.
And now your reasonable response is, “but don’t we already use the word immersion for that?”
Well colloquially people certainly do, but I want to make an important distinction between ‘immersion’ and ‘embodiment’.
‘Immersion’, for the purposes of our discussion, is when something has your complete attention. We all agree that a movie can be immersive, right? When the story or action is so engrossing it’s almost like nothing outside of the theater even exists at that moment. But has even the most immersive movie you’ve ever seen made you think you were physically inside the movie? Certainly not.
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Let me double down on that statement a little bit. I have always looked at the technologies evolving out of AR as a solution for VR locomotion and discomfort. When consumers are finally living with ‘all-day XR glasses,’ which can map their living or working spaces in real-time and allow them to dip in and out of VR and MR modally, users will begin to actively reskin their real-world environments (spaces, objects, people, etc.) to look and behave however they want. It won’t be enough to look at anchored apps against the backdrop of a dirty laundry bin or a sink full of dishes; consumers will customize their living rooms to be castles, resorts, Minecraft landscapes, etc. They will dine in the halls of gods and have meetings at the bottom of the ocean. Some may think it dystopian, but I believe the true Metaverse levels the playing field between the haves and have nots, allowing for a landscape of human activities in fantastic environments custom tailored to the user, or a consensual experience tailored to a group. It will eventually be done completely on the fly, and will likely be the true ‘killer app’ of future XR devices.
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Highlights include the fact that 27 percent of U.S. adults have used VR – up from 25 percent in Wave 8 of the research. 32 percent of those engage monthly, 25 percent do so weekly, and 26 percent daily. However, the engaged behavior of VR users is contrasted by non-users, who signal low interest. Specifically, only 20 percent of non-users report a desire to try VR in the near term.
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Surface electromyography (sEMG) technology at the wrist represents the next groundbreaking way for people to control devices throughout their day. This non-invasive wrist device senses and interprets muscle activations that can be used as computer inputs in the form of a human-computer interface (HCI). This will enable people to control their devices “on-the-go” using simple, easy, and expressive input—without needing to shift their attention to a touchscreen or another physical input device.
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Avantis is the creator of ClassVR, an all-in-one VR/AR headset and content platform designed specifically for K-12 classrooms. Used by more than 2 million students in 200,000 classrooms in 90 countries, it includes all hardware, software, tools, training, support and implementation services needed to deploy VR/AR in the classroom. It also provides access to the Eduverse platform, ClassVR’s library of content which gives teachers access to hundreds of thousands of pieces of VR and AR content and resources to enhance lessons and engage students more deeply in their learning.
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Saga's Holobike offers an interesting solution for immersive indoor cycling with its 3D hologram technology. Instead of a VR headset, the trainer uses a 27-inch screen that protrudes from the handlebars. This projects stereoscopic holograms that are visible to the naked eye and create a feeling of actually being out on the trail.
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