Articles tagged with Virtual Reality
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A recent OSU study assesses virtual reality movements' effects on muscle strain and discomfort, focusing on neck and shoulder movements. The study recommends placing objects closer to the body and at eye level to minimize user discomfort.
Researchers used a combination of VR, aerial thermal-imaging, and ground surveys to develop a statistical model for predicting koala locations. The three-pronged approach proved 75% more accurate than ground surveys alone, providing critical information for koala protection.
Researchers used virtual reality to study how opioid-associated memories are made and found special neural mechanisms engaged by drug use. The findings suggest that these memories could be targeted for disruption to break the cycle of craving and relapse.
A new study suggests that immersive virtual reality can increase the acceptance of flu vaccinations among adults aged 18-49. The research found that participants who experienced a five-minute virtual reality simulation showed increased concern about transmitting flu to others and were more confident in the effectiveness of vaccination.
Scientists from Skoltech ADASE lab have developed a method to enhance depth map resolution, enabling more realistic virtual reality and computer graphics. The new approach leverages human perception to assess reconstruction quality, outperforming existing methods in visual quality.
A virtual reality clinic created by researchers at North Carolina State University makes it easier for stroke survivors to attend physical and occupational therapy sessions. The system, called VERGE, encourages participants to work on therapy exercises with loved ones remotely, leading to increased attendance and engagement.
A McMaster University study found that virtual and mixed reality inferior to traditional physical models for anatomy learning. The research showed a 70% increase in accuracy with traditional physical models compared to digital media.
Researchers found that fruit flies can build and update mental maps of their surroundings by linking visual features to compass neurons, allowing them to adapt to changing environments. This flexible mapping ability has implications for how other animals navigate in the wild and may even influence human navigation.
A randomized trial at a music festival in the Netherlands found that virtual reality (VR) training was comparable to traditional hands-on training for cardiopulmonary resuscitation (CPR) skills. The study, which enrolled 381 participants, showed improved results for speed and depth of compressions in both groups.
A small study published in Pain Reports found that immersive VR scenes of Arctic exploration can reduce perceived ongoing pain and sensitivity to painful stimuli. The researchers believe that VR may trigger the body's own pain-fighting systems, leading to a decrease in chronic pain symptoms.
A new study found that a virtual reality platform can facilitate interprofessional education in palliative care, improving student attitudes towards other healthcare professionals. Students reported increased empathy and interest in continuing IPE training after the experience.
Researchers at the University of Würzburg are developing a new therapy approach using virtual reality avatars to combat obesity. The avatars aim to provide a realistic body image, promoting acceptance and self-reflection in patients struggling with the condition.
A study published in Neuron found that brain areas and patterns of interaction are similar regardless of navigation method, suggesting that sufficient information can be obtained from visual cues alone. The research suggests that even basic virtual reality systems may be useful in instructional applications.
Researchers found that viewing memories in the third person reduces vividness and emotion, while recalling experiences in the first person strengthens memory. Virtual reality technology is being used to explore how perspective influences memory formation.
A randomized trial of 120 hospital patients found that virtual reality (VR) sessions significantly reduced severe pain scores compared to a relaxation program on TV. Patients who used VR reported higher satisfaction with the experience and no difference in opioid prescribing.
A new study from McGill University uses machine learning-guided virtual reality simulators to accurately assess the capabilities of neurosurgeons. The researchers found that these AI-powered tools can predict the level of expertise with 90% accuracy, enabling more efficient and effective mentorship.
Researchers at the University of Würzburg are developing a social-VR platform called ViLeArn to explore the potential of virtual reality in education. The platform allows students to engage in fully equipped virtual teaching environments, fostering collaboration and creativity.
A study found that talking to oneself as if they were Dr. Sigmund Freud in virtual reality improved people's mood and helped them find solutions to their problems, with over 80% of participants reporting a change compared to 50% in the control group.
Researchers at Carnegie Mellon University have developed a method combining expansion microscopy with virtual reality to visualize and analyze cell structures. This innovation allows for better understanding of infectious and autoimmune diseases, enabling the development of disease diagnostics and prevention methods.
A new study finds that virtual reality hypnosis distraction (VRHD) can reduce anxiety and procedure-related pain during locoregional anaesthesia for orthopaedic procedures. The randomised trial shows a significant reduction in the need for intravenous sedation, with 25% of patients requiring no further sedation.
Scientists from the University of Bristol and ETH Zurich have developed an interactive VR software framework that enables humans to train machine-learning algorithms using 'on-the-fly' quantum mechanics calculations. This allows for high-quality training data generation, improving machine learning models and accelerating scientific dis...
Researchers developed an automated process to detect user-friendliness issues in virtual environments. This technology allows for more frequent, cost-effective, and efficient testing of virtual reality applications, leading to improved user experience and reduced errors.
A new VR game, Butterfly World, aims to engage players in simulated exploration and education about relationships between butterflies, plants, and invasive species. The game fosters empathy for insect and ecosystem conservation, cultivating knowledge and reawakening latent curiosity.
Researchers developed a virtual reality training system to aid people with Parkinson's disease in improving their balance and avoiding obstacles. The six-week program showed significant improvements in obstacle negotiation, balance, and range of motion.
The UTA Research Institute and Neuro Rehab VR are developing a robotic glove that will aid in rehabilitating stroke patients through virtual reality gaming. The device aims to provide fine motor training and increase patient compliance, saving money on rehabilitation. Clinical testing is expected to begin after development.
Researchers from the University of Waterloo found that virtual reality can help individuals with autism and other neurological disorders recalibrate their internal clock. The study used a VR game to encourage participants to adjust their time perception, resulting in significant reductions in estimates of time by around 15 percent.
Researchers use virtual reality to guide catheters through blood vessels with electromagnetic sensors, reducing radiation exposure and increasing precision. The technology has the potential to increase access to interventional radiology treatments in rural areas.
Researchers from Bilkent University develop a technique to eliminate cross-talk in 3D holographic projection, enabling the creation of realistic and dynamic holograms. The method uses wavefront engineering and orthogonality properties to achieve high-quality projections with increasing hologram resolution.
A new study by Lund University found that virtual reality can help individuals with long-term dizziness shift their reliance from vision to other senses for better balance. The study showed differences in how men and women are affected by VR, with more women needing additional practice to master this skill.
Researchers found that feeling awe leads to a greater awareness of knowledge gaps and increased interest in science. In studies involving virtual reality videos, participants who experienced awe were more likely to seek out scientific information and visit science museums.
A new pilot study found that autistic adults showed real-life improvement after a virtual reality treatment combining graded exposure to fear and anxiety-producing experiences. The approach, which included cognitive behavioral therapy, aimed to minimize anxiety and promote functional improvement in individuals with autism.
Researchers developed a ball-shaped VR display that supports up to two users, creating a distortion-free 3D image from any angle. This allows for collaborative tasks and multiplayer games while maintaining social interaction.
Researchers found that VR stimuli trigger contagious yawning at similar rates to real-life, but social presence has little effect in virtual reality. In contrast, actual human presence significantly reduces yawning in both settings.
Researchers at UTSA create Cyberwell, an algorithm that reduces negative side effects of virtual reality on users. The algorithm predicts and personalizes cybersickness reduction through deep learning models.
Researchers found that virtual reality experiences increased scores on questions about ocean acidification causes and mechanisms by almost 150 percent. Immersive simulations also sparked a lasting sense of connectedness, as users felt a connection with their bodies during the experience.
Researchers at Virginia Tech have developed a virtual reality technique called Force Push, enabling users to manipulate objects with subtle hand gestures. The interface responds to the speed and magnitude of hand movements, providing a more physical and intuitive experience than traditional hand controllers.
Scientists at Radboud University and Goethe University created a 360-degree virtual reality simulation of Sagittarius A*, the supermassive black hole at the center of our galaxy. The simulation provides an immersive experience, allowing researchers to study black holes in unprecedented detail.
A new study finds that motion sickness and cybersickness share similar symptoms, including nausea, dizziness, and fatigue. The researchers suggest that virtual reality technology could be used to diagnose and prevent motion sickness in high-risk professions.
A new study found 'timing cells' in the brain that turn on when an animal waits, allowing it to measure a time interval. The research could lead to early-detection tests for Alzheimer's disease by asking people to judge how much time has elapsed.
A study published in PLOS ONE found that virtual reality systems can aid perspective-taking and foster empathy, leading to more altruistic behaviors. Participants who used VR reported higher levels of empathy and were more likely to sign petitions supporting homeless populations.
A Stanford-developed VR experience, Becoming Homeless, helped expand research on how immersive technology affects people's level of empathy. The study found that participants who underwent the VR experience developed longer-lasting compassion toward the homeless compared to those who explored other media versions.
A recent study by Cornell University found that virtual reality can significantly alter the perceived pungency of blue cheese when eaten in different environments. The researchers used a sensory booth, park bench, and cow barn to test how surroundings affect food perception.
Two studies presented at ANESTHESIOLOGY 2018 annual meeting show that virtual reality can reduce postoperative anxiety and pain in children. Virtual reality hypnosis programs significantly reduced the need for pain medication and opioid consumption, allowing patients to recover faster.
Researchers can predict cybersickness severity using balance control measures, allowing for targeted interventions to reduce symptoms. The study's findings have significant implications for industries adopting virtual reality technology, such as gaming and medicine.
The Google team developed a comprehensive system for capturing and rendering high-quality spherical light field still images from footage captured in the real world. The processing pipeline uses computer vision to place the images in 3D and generate depth maps, resulting in a truly immersive experience with unmatched realism.
A virtual reality learning program is being used to prepare high school students to interact with older adults with Alzheimer's disease. The program aims to increase empathy and reduce negative attitudes towards people with dementia.
Researchers at EPFL designed a new method of drone piloting using only torso movements, which was found to be more immersive and effective than traditional joystick control. The study, published in PNAS, reveals that only four markers on the torso are needed to pilot drones through obstacles effectively.
A randomised controlled trial found that automated virtual reality therapy can be as effective as exposure to real-life heights in reducing fear, with participants reporting a significant reduction in fear levels after treatment. The study provides proof of concept for future psychological interventions and could increase access to men...
A virtual reality simulation of Albert Einstein's body reduces age stereotypes and enhances cognitive performance in those with low self-esteem. Participants with low self-esteem who experienced the virtual Einstein body performed better on cognitive tasks and showed reduced implicit bias against older people.
Scientists at the University of Bristol have developed new virtual reality cloud-based tools to accelerate research tasks in drug and material discovery. Using real-time molecular simulations, researchers can now interact with molecules in a virtual space, folding, knotting, and changing their shape to test interactions.
A University of Maryland study found that people remember information better when presented in virtual reality compared to traditional desktop computers. The researchers used a memory palace method and found an 8.8% improvement in recall accuracy using VR headsets.
Researchers use virtual reality to study sound perception in immersive settings, revealing variability in brain processing of spatial cues. The technology holds promise for developing more accurate diagnoses of auditory disorders and enhanced audio experiences in video games.
Researchers at NIST are creating a virtual reality test bed to develop user-friendly interfaces for firefighters, law enforcement officers, and other emergency responders. The goal is to enable faster development, testing, and deployment of these interfaces, reducing risk exposure in real emergencies.
The VR-SRT System, a virtual reality-based treatment for spatial neglect after stroke, aims to enhance therapy participation through immersive training scenarios. This innovative intervention leverages 3D virtual environments to maximize improvement of health and function in stroke survivors with spatial neglect.
A radiologist at the University of Virginia Health System has created a virtual reality teaching tool that puts viewers in the midst of complex procedures, revolutionizing medical education. The tool allows physicians and trainees to experience intricate procedures like an 'interventional radiology heptathlon' with unparalleled clarity.
Kessler Foundation joins four sites to investigate optimal timing and methods for intensive hand rehabilitation after stroke, utilizing robotics and game-based virtual reality training.
Research by Mississippi State University Professors Carol Esmark Jones and Adam Farmer found that packaging shapes, colors, and placement in stores can influence purchase intentions. Displaying products on endcaps or using discounts can mitigate the negative effects of embarrassment.
Researchers developed a novel olfactory virtual reality system that enables the study of how smells engage the brain's navigation system. The study demonstrated that mice can form a map of their surroundings based solely on smells, suggesting a potential new frontier in multisensory VR experience development.
Researchers at Brown University have created software that allows users to control robots remotely using virtual reality, enhancing the manipulation tasks of autonomous robots. The system uses a robot's sensors to create a point-cloud model of the environment, transmitted to a remote computer connected to a virtual reality headset.
Dr. Peii Chen has been awarded a $600,000 NIDILRR grant to develop a Virtual Reality Spatial Retraining Therapy (VR-SRT) System to improve rehabilitation outcomes for individuals with spatial neglect after stroke. The therapy aims to be accessible, affordable and flexible, enabling more stroke survivors to access treatment.