Qualium Systems

What if medical students could dissect a human body—without a scalpel, without formaldehyde, and without limitations? Digital cadavers are making this possible. Built from high-resolution CT and MRI scans, these ultra-realistic 3D models bring human anatomy to life in ways traditional dissection never could. But how do real cadavers become interactive 3D assets? What role does AI play in automating this process? And how are medical schools and tech companies working together to refine this tool? Read more: https://lnkd.in/etFTgGtW

The healthcare industry is undergoing a digital transformation, and extended reality is at the forefront of these changes. From patient treatment to medical training and surgical precision, XR is reshaping the way professionals interact with healthcare technology. One area where XR is making a significant impact is rehabilitation for multiple sclerosis (MS). These technologies help patients improve motor function, regain mobility, and enhance cognitive abilities through immersive therapy. 📈 A recent study revealed that 78% of medical professionals believe XR enhances treatment outcomes, improving medical care's overall efficiency and effectiveness. 📌 More stats proving that XR is here to stay: - 62% increase in VR therapy adoption over the last five years 📈 - By 2030, 50% of hospitals will have integrated XR solutions into standard care 🏨 As the medical field becomes increasingly technology-driven, XR is no longer just an innovation — it’s becoming a necessity. The question now is how quickly healthcare institutions will adapt to this revolution. Read more: https://lnkd.in/gkcBvcFg #xr #vr #ar #healthcare #medtech #medicine

Would you visit the Louvre from your living room? 🏠🖼️ The demand for VR museum experiences is booming! A new survey reveals that over 70% of respondents want more immersive, interactive exhibits powered by XR technology. The reason? Traditional museum visits are often limited by location, accessibility, and physical space. VR changes the game, letting visitors explore exhibits at their own pace—from anywhere in the world 🌍 🔎 What makes VR museums special? ✅ 360° views of artifacts that can’t be displayed physically ✅ Historical reconstructions — walk through Ancient Rome! ✅ Interactive storytelling — step inside a famous painting 🚀 What’s next? Soon, we’ll share a case study on how we helped a Ukrainian organization bring its historical site into the digital era using XR technology. Stay tuned! Read more: https://lnkd.in/dntCgTty #xr #vr #museums #immersivetech #digitalculture #virtualexhibitions

Recovering from a stroke is a long and exhausting process. But what if therapy felt more like a game? 🎮 Researchers at UBC Okanagan have developed an immersive VR rehab program that helps stroke survivors regain motor skills faster and with more motivation. The interactive exercises stimulate brain plasticity, making the recovery process more engaging and less frustrating 🧠 💡 Why does it work? Traditional rehab can feel repetitive and discouraging. VR, however, creates adaptive challenges that respond to the patient’s progress, making therapy more effective. Plus, gamification keeps users engaged. Read more: https://lnkd.in/eyBFCXpm #xr #vr #healthtech #medtech #healthcare

🛩️ ZEISS is pushing the boundaries of augmented reality with its Multifunctional Smart Glass, designed to project critical flight data directly into pilots’ fields of view. Unlike traditional cockpit displays, this AR-driven solution reduces the need to shift focus between instruments, enhancing situational awareness and decision-making in real time. The key technology behind it? Micro-optical waveguides, which enable high-contrast, real-time overlays of navigation, terrain, and system alerts while maintaining a compact, lightweight form factor. By integrating AR into cockpit systems, this innovation has the potential to enhance safety, efficiency, and usability in modern aviation. 📖 Read more: https://lnkd.in/dCBDx6bQ #augmentedreality #spatialcomputing #aviationtech #ar #aviation

🌿 Imagine escaping into a serene virtual forest while simultaneously reducing your anxiety or depression. Research published in the Journal of Affective Disorders shows that VR-based biofeedback is just as effective as traditional methods in alleviating symptoms of depression and anxiety — while keeping users far more engaged. 📊 A study of 118 participants revealed that VR biofeedback led to a 70% reduction in depression symptoms while immersing patients in calming environments with guided relaxation techniques—proving the potential of virtual reality in mental health therapy. 💡 Unlike conventional biofeedback, which relies on abstract visualizations, VR immerses users in natural landscapes 🌳🌊, combining relaxation exercises 🧘♂️ and real-time monitoring of heart rate ❤️ and oxygen saturation for a more engaging therapeutic experience. Read more: https://lnkd.in/dCsWpAat #mentalhealth #virtualreality #vr #depressiontherapy #immersivetechnology

🚨 A judge wearing a VR headset in a criminal trial? It just happened! For the first time in U.S. legal history, Broward County Judge Andrew Siegel used virtual reality during a criminal hearing. Wearing an Oculus Quest 2 headset, he stepped into the defendant’s perspective—experiencing a digitally reconstructed version of the alleged crime scene. While VR could revolutionize legal proceedings by enhancing evidence presentation, it also raises concerns: ⚖️ Bias & Manipulation – Can immersive reconstructions sway jurors unfairly? 💰 Cost Barriers – Will only well-funded cases afford this tech? 🔒 Data Integrity – How do we verify VR evidence is accurate and unaltered? As courts explore VR’s potential, one thing is clear—innovation must go hand in hand with fairness. Read more: https://lnkd.in/eckUHKGX #vr #lawtech #legalinnovation #virtualreality #justice #oculus

🗣️ 🏛 Imagine if you could experience Latin as it was spoken centuries ago … For the Cornish language, that possibility is becoming real! The £2.5M Revive project is leveraging virtual and augmented reality to preserve endangered languages. 📜 By combining digital archives, local testimonies, photos, videos, and audio, this initiative aims to bring Cornish and Griko — two European languages on the brink of extinction — back to life. Cornish is already considered a "reviving language," and with immersive technology, its future may extend far beyond textbooks and into the digital world! Read more: https://lnkd.in/d429hvdq #xr #ar #vr #languagepreservation #linguistics #heritage

💀 For centuries, cadaver dissections have been the gold standard in medical education, allowing students to develop a deep, hands-on understanding of human anatomy. However, this traditional approach comes with challenges—cadavers are costly, availability is limited, and the process raises ethical concerns. Moreover, human remains degrade over time, restricting opportunities for extended study and repeated practice. https://lnkd.in/dMJggjnh

The Royal Shakespeare Company (RSC) is poised to modernize theatre by integrating artificial intelligence and immersive technologies into its productions. As part of the CreaTech Frontiers initiative, the RSC will collaborate with tech firms and academic institutions to explore innovative applications of AI, virtual reality, and augmented reality in live performances. In order to boost audience engagement and modernize creative performances, this program intends to develop immersive technology and responsible AI. By incorporating VR and AR into live events, the RSC aims to create interactive and captivating experiences, potentially adapting gaming technologies for use in music, theatre, and cinema. With £6.75 million in government funding, the CreaTech Frontiers cluster positions the West Midlands as a leading innovation hub. Read more: https://lnkd.in/eXCstgwi #art #immersivetechnologies #vr #ar