Simulated Reality (SR) | Combining Gaming And Science Aspect

What do you think about when you hear Simulated Reality (SR) or 3D Simulation? A quick search on Google indicates that a popular thought is whether we live in a simulation, e.g., The Matrix. The idea has been around for decades, but recently, it has been rekindled by advancements in virtual reality (VR) technology. It is arguably true that Virtual Reality (VR) is evolving.

This technology is the path that will one day lead us to the “Matrix”—an entirely simulated world. What has changed since 1999 (when The Matrix was first released) that made a sci-fi concept appear realistic today? In the rapidly evolving world of cloud computing technology, the idea of virtuality has become increasingly significant. Virtuality encompasses a wide range of aspects.

This includes experiences and technologies. On the one hand, virtuality is the state of being virtual or existing in a computer-generated environment. It blurs the line between the physical and digital realms, offering immersive experiences that simulate reality. Simulated Reality (SR) is the perception of a truly believable interactive ‘Reality’ without the need for unnatural peripherals.

SR will delight all ages and deliver the first taste of the future of human-computer interaction. For example, Dimenco’s SR Core Spatial Display technology lets people reach out and interact with objects on the screen as if they were real. Without any headsets, controllers, or complicated equipment. There’s no learning curve – you can simply walk up to the screen and interact naturally.

Understanding How Simulated Reality (SR) Technology Works

SR Core is based on autostereoscopic 3D display lenticular Clearview technology. With which each eye views a different subset of the available sub-pixels, and depth cues are realized without the need for any wearables. Combined with eye-sensing technology, it ensures that resolution loss is limited, and a convincing and sharp 3D perception is achieved independent of the user’s position.

The native resolution of the 8K display ensures a high-quality spatial image, showing critical details that a (regular) 2D screen can’t capture. On that note, to simulate reality, we need two things: first, a powerful computer. Notwithstanding, if you purchase a home computer today, you may notice that sometimes, there is an expensive component that you would not find twenty years ago.

It’s worth noting that some computing components typically cost more than your CPU, motherboard, RAM, or hard drives—sometimes even all of them combined. One such component is called a GPU (Graphics Processing Unit), the reincarnated version of what was once called a display card. You can think of a GPU as a second brain in your computer — not the CPU or the central brain.

One thing is sure: The CPU utility does most complicated tasks, such as communicating between different devices, organizing task schedules, and shuffling data. Meanwhile, the GPU does one thing only—it crunches numbers. This simplicity is inherited from when it was still a display card, but now, instead of just calculating the color of your monitor’s pixels, it does much, much more.

Utilizing Touchless Technologies And Fully Autonomous Robotics

Interaction is shifting to 3D and mid-air gestures. In this case, Ultraleap delivers the world’s only mid-air haptics. “Virtual touch” technology that uses ultrasound to create tactile sensations in mid-air. An array of ultrasound speakers transmits ultrasound waves. The speakers are triggered one after the other with very specific time differences for a combined ultrasound wave force.

Eventually, the combined force of the ultrasound waves generates enough force to create a pressure point on the surface of your skin. It also has the world’s most powerful hand-tracking hardware and software, with imperceptible latency. Ultraleap’s optical hand-tracking modules capture the movement of users’ hands and fingers so they can interact naturally with digital content.

Regarding touchless technologies, its controllers are capable of tracking hands up to 1m away from the surface. The software is able to discern 27 distinct hand elements, including bones and joints. Next, we can create Collaborative Robots (Cobots) that live in harmony with people, provide them with services, and improve their quality of life. There are various Robotics Technologies in the market.

ZenZoe

We could create a fully autonomous, safe, efficient, and user-friendly disinfection robot with the mission of increasing safety and quality of care! In this case, ZenZoe uses cutting-edge UV-C technology to create disinfection robots. They have clinically proven the ability to kill and deactivate pathogens with up to 99.99% efficiency within 8 minutes of autonomous disinfection time!

Felix 

Consider an interactive social robot for advertising and customer support. It can navigate autonomously in any indoor venue while avoiding static and dynamic obstacles. While moving around, he uses advanced AI to predict the age and gender of the viewers and display the right ad to the right viewer in the right place. Felix generates real-time statistics on number of viewers and engagement level with each ad.

KUKA

A fully autonomous mobile robot for health care can help automate food distribution in Hospitals. It can navigate autonomously in any hospital without any changes in the infrastructure while avoiding static and dynamic obstacles, with the mission of automating routine tasks and preventing hospital infections. KUKA is able to automate the whole process of food delivery all the way from the kitchen shelves to the patient table inside the room. It uses advanced AI to deliver the correct meal to the right patient on time.

Exploring The Innovative Simulated Reality (SR) Display Technology

Another yet significant ingredient in simulating reality is the knowledge of how reality works. What is “real”? What seems real or natural to you? How leaves fall from a gust of wind, a lamp illuminates a room, or water flows in a kitchen sink must all follow particular patterns to seem natural. These patterns are dictated by natural laws and can be computed given those laws.

If that sounds like physics to you, that’s because it is. As it turns out, the fastest, most efficient way to make a virtual world seem real is to simulate reality using the laws of physics. Some decades ago, the gaming industry realized this and became motivated to solve physical equations as fast as possible. Back then, only supercomputers could solve these equations sufficiently fast.

Ultimately, these clusters of many connected CPUs could not expect gamers to have these kinds of resources. No, they needed an average person in an average household to access the computational power that state-of-the-art science used. Millions of dollars later, in research and development, they found the answer in GPUs. This simplification fosters more computing power.

Technically, from this point on, the line between “virtual” and “reality” started to blur, and so did the line between games and scientific simulations. From gas dynamics (explosions) and mechanical motion (gunshots) to ray tracing (cinematic graphics), behind every immersive gaming experience are GPUs performing the incredible feat of solving the laws of physics in real time.

Virtuality Types:

  • Virtual Reality (VR): It’s perhaps the most well-known form of virtuality. It uses headsets and other sensory equipment to create an immersive digital environment. VR transports users to new worlds for gaming, training, or exploration.
  • Augmented Reality (AR): AR often overlays digital content onto the real world. It enhances our perception of reality by adding computer-generated elements. AR apps on smartphones and smart glasses are common examples.
  • Mixed Reality (MR): MR combines elements of both VR and AR. It seamlessly blends the physical and digital worlds, allowing users to interact with virtual objects in real space.
  • Simulated Reality (SR): 3D Simulations are computer-generated models of real-world processes or systems. They are used for training, research, and entertainment, offering a virtual representation of reality.

Virtual meetings and collaboration tools have become essential in the digital age. Virtuality bridges geographical gaps, enabling teams to work together seamlessly. Architects and designers use VR to visualize and present their creations. It provides a realistic preview of buildings and spaces. VR-powered social media platforms allow people to connect and interact in digital spaces.

Avatars and virtual gatherings offer new ways to socialize. With that in mind, in the next section, we’ll explore Leia Advanced Display Optics and software that avails 3D to anyone, anywhere, on any device. They envision a digital future rich and profound, filled with depth, emotion, and presence — enhancing daily experiences and transforming the way
we work, play, and connect.

A Spectacular 3D Display Game Experience With LeiaSR™ Technology

LeiaSR™ consists of the fusion of advanced switchable 3D cell technology with state-of-the-art AI for face tracking and content solutions to see 3D without glasses.
It stands as an ingredient brand symbolizing excellent 3D display quality without compromising the standard 2D view quality, ease of integration into devices, and interoperability with the 3D and XR ecosystem at large.

In most cases, the majority of communication occurs non-verbally, rendering traditional videoconferencing sub-optimal by default. 3D video chatting powered by LeiaSR™ allows richer interactions. Additionally, it also helps foster elevated proximity that improves your conversation dynamics. Laptops and tablets equipped with LeiaSR™ elevate the visual and immersive impact of gaming.

Experience gaming like never before. The 3D gaming worlds spring to life, as the displays seemingly expand with added visual depth, immersing you in the game environment — guaranteed fun! LeiaSR™ seamlessly enhances all displays—mobile phones, tablets, notebooks, monitors, and even car displays. Experience uncompromised quality in both 2D and 3D views.

In layman’s language, with the help of LeiaSR™ Display Technology, you can perceive the depth of your project, making it easier to apply the appropriate level of details and textures. In particular, you can achieve all this without the need for a head-mounted display. Additionally, it’s also worth noting that the LeiaSR™ 3D Displays excel in facilitating reviews and presentations.

Get Started:

The technology seamlessly supports all 3D|XR content and programs. Its AI-powered SDK ensures easy compatibility with LeiaSR™ platform applications, natively working with 99% of 3D content. Lume Pad 2 is a GMS (Google Mobile Services) certified Android tablet with the entire Google Play Store. Other Google services are available too, like virtual assistant, ARCore, etc.

LeiaSR™ pads’ battery life varies based on usage. In the worst case, a user running a real-time game in 3D mode at maximum brightness will run down the battery in a little over two hours. Using the device like a normal tablet at a comfortable brightness to browse the web or watch 2D video is competitive with other major tablet devices, and the battery is rated to last over 10 hours.

On the one hand, any Bluetooth mouse and/or keyboard that works with Android 12 should work perfectly on Lume Pad 2. On the other hand, the Lume Pad 2 comes with 128GB internal storage and a MicroSD card slot for additional, removable internal storage. At the same time, the Lume Pad also supports external storage through the USB-C port and other cloud computing services.

At first glance, the Lume Pad 2’s 12.4-inch screen projects out a bright 2560×1600 2D picture. In other words, it’s a high-end 16:10 display for a high-end Android tablet. All that transforms in real-time when activating 3D content. A single optical layer – a nanotechnology breakthrough – that sits underneath the LCD display makes Diffractive Lightfield Backlighting (DLB) possible.

Leia 3D Images & Video:
  1. Image Format / LIF (JPG)
  2. Video Format / LVF (MP4)
  3. Side by Side 3D / SBS / 2×1 (JPG, PNG, WEBP) (MP4, MKV, WEBM, H4V)
  4. Legacy 3D Formats (MPO, JPS)
  5. 2D Images & Video: JPG, PNG, WEBP, HEIC, MP4, MKV, and WEBM.
  6. 3D Models: STL, FBX, OBJ, GLB, and GLTF.

Leia has made significant investments in AI research and development, which is reflected in its products. They have been able to leverage Artificial Intelligence (AI) technologies to enhance the user’s experience, improve functionality, solve complex problems, and provide new features. By incorporating AI, their products can help achieve various image and video functionalities.

Consider the following:
  1. Leia 3D AI software and hardware create crystal clear and vivid imagery, giving the content a heightened sense of realism.
  2. Its Diffractive Lightfield Backlighting (DLB) display helps generate the image.
  3. Leia FaceTracking follows the frame of the face and steers the image in the optimal direction for the user.
  4. Equally important, the face tracking feature works for faces of all complexions.
  5. The use of 3D AI technology for 2D to 3D real-time conversion while enhancing images and videos.

Markedly, the 3D AI technology powering the Lume Pad 2 works with VR/AR in various ways. Lume Pad 2 is fully Google ARCore certified, and you can run existing ARCore apps in 2D on Lume Pad 2 and build ARCore apps that support 3D as well. In LeiaPlayer, both VR180/360 photos and videos can be played back in 3D, and it can even convert 2D 360 photos and videos into 3D.

LeiaTube can play back both VR180 and 360 videos from the web too. The VR/AR experiences on Leia are unique and can not be experienced on any other device. 3D AI enables a deeper level of engagement than XR devices with a far more balanced immersive experience that does not isolate users from their surroundings and is much more accessible without donning headgear.

Utilizing 3D Overlay In Bending Light — Stop Seeing, Start Feeling!

As much as we have benefited from technology developed by the gaming industry, the relationship between games and science is more of a symbiosis. Scientists are the ones who uncover the laws of physics, and sometimes the ones who develop novel, more efficient algorithms to simulate them. For instance, in this paper, we found a way to save a lot of time when simulating particles.

In particular, these are particles that experience strong gas drag. This and a number of other innovations are also included in PEnGUIn. Perhaps some of these algorithms will one day be pulling the strings behind a waterfall or a cloud in your virtual world. Enough rambling. If there is a message here, maybe it is that there is a lot of science in games and a lot of games in science.

The message is that you don’t need to worry about The Matrix because to build it, you need the scientists too, not just the machines. Or, maybe the real message is that you should watch The Matrix if you haven’t already. Ultimately, the mission is to make 3D available to anyone, anywhere and on any device — without the need for eyewear. LeiaSR™ is designed to do just that.

Resource Reference: 3D Laser Scanning In Engineering | The #5 Notable Advantages

Transform display-based personal devices into immersive 3D experiences, through a seamless blend of hardware and software innovations. Its 3D overlay involves a nano-imprinted glass plate, layered with liquid crystal material and carefully sealed. This 3D overlay when activated, bends light rays from the underlying display to produce the desired 3D effect for you to immerse in.

In passive mode, the overlay will not bend light at all to ensure the 2D image quality is at its best without compromising resolution, brightness, or introducing any visual artifacts. As the world is not flat, neither should your screen experience be. We believe that adding depth allows for more emotions, better understanding, and enhanced connections, bringing 3D interactions to the world.

Be that as it may, it’s worth mentioning that at Web Tech Experts, our culture embraces new ideas, and challenge the status quo with transformative 3D digital experiences. With our focus on simplicity and user-centricity, in combination with our creativity and fun, we fuel open innovation in our partnerships and larger ecosystem to jointly grow and expand the computing horizons.

In Conclusion;

As technology continues to advance, the meaning of virtuality will evolve. Innovations in haptic feedback, artificial intelligence, and connectivity will lead to even more immersive experiences. Virtuality is a multifaceted concept that blurs the boundaries between the physical and digital realms. It’ll become increasingly integrated, shaping how we work, play, and interact with others.

Simulated Reality (SR) encompasses various technologies, from Virtual Reality (VR) to Augmented Reality (AR) and Mixed Reality (MR) to computer-generated 3D models, profoundly impacting industries, education, and entertainment. VR has taken the cloud gaming industry by storm. Gamers can immerse themselves in fantasy worlds, enhancing their gaming experience.

Resource Reference: Immortality Singularity | A New Awakening Path In Technology

At the same time, Simulated Reality (SR) has revolutionized education and training. Medical professionals can practice surgeries in a risk-free virtual environment, and students can explore historical events through 3D simulations. Exploring exotic tours and travel destinations virtually, such experiences enables people to visit places they might never have the chance to in real life.

Equally important, virtuality has transformed the entertainment industry. Movies, concerts, and sporting events can be experienced virtually, opening up new avenues for content consumption.  Understanding the meaning of virtuality is crucial in navigating the evolving landscape of technology and its applications in our lives. Embracing virtuality means embracing the future.


Frequently Asked Questions:


1. Can everyone see the 3D effect?

The 3D effect can be perceived by most people using the Lume Pad 2. In rare cases, people with visual processing challenges like astigmatism, being blind in one eye, or similar issues may not see the stereoscopic 3D effect, or it may seem much more muted to them. However, in applications that display novel camera views from Leia FaceTracking, everyone is able to see depth from the motion parallax 3D effect.

2. Can Lume Pad 2 turn any 2D photo or video into 3D?

Yes, it can turn any pre-existing 2D media content into 3D. Any photo or video stored locally on the device can be converted using LeiaPlayer. LeiaTube will allow you to convert popular video streaming sites such as YouTube, Vimeo, CNN, Facebook, or Twitch to 3D. This means the pool of content to enjoy in 3D is virtually infinite!

3. What applications and software come preloaded on Lume Pad 2?

Out of the box, Lume Pad 2 has Android 12L and the whole Leia 3D App Suite, including LeiaCam, LeiaPlayer, LeiaChat, LeiaDream, LeiaFlix, LeiaTube, LeiaPix, LeiaFrame, LeiaViewer, and of course, the Leia Appstore. All the Google apps you know and love are also preloaded, including the Google Play Store, Gmail, Google Maps, YouTube, Google Drive, etc. In addition, you can find many more 3D applications and games on the Leia App Store!

4. Does 3D use more battery power than 2D imagery?

In this case, additional power is required to project 3D imagery. As a result, 3D content does have more battery life than traditional 2D content. Furthermore, the Lume Pad 2 has better battery life when displaying immersive content than leading premium VR headsets. The Lume Pad 2 is rated for Quick Charge 3.0 (a.k.a. QC3.0 / Super Fast Charge) with a rating of 33W or greater. Be sure to use a USB-C to USB-C cable, like the one included with the Lume Pad 2.

5. Why is 3D AI viewing only for single users at this time?

Technically, Leia’s 3D AI uses face tracking to optimize and sharpen 3D images. Currently, it’s designed to follow one facial “form” in front of the display to ensure industry-leading sharpness for 3D imagery. As displays increase in resolution (8K+) it may make sense to support more than one user.

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