SUPPORTING HEALTHCARE
How can it help healthcare professionals?
Direct Volume Rendering (DVR) using Volumetric Path Tracing (VPT) is a scientific visualization technique that simulates light transport with objects' matter using physically-based lighting models. Physically-simulated lighting can better help the understanding of complex 3-D anatomical structures, moreover if explored in Virtual Reality.
IMPROVE 3-D UNDERSTANDING
Improve Perception of Complex 3-D Anatomy
Using physically-based visualizations holds the potential to better reach your audiences through vivid visual content.
Recent studies evidenced perceptual benefits of applying more advanced illumination models for 3-D medical visualization. Consequently, in the past years, interactive volume rendering techniques started supporting more advanced illumination effects. We have contributed with our research to develop the latest advances in this field.
LEARNING & TRAINING
New Training Opportunities
Employing cinematic quality in medical imaging transcend traditional boundaries, ushering a new wave of content for medical training.
Medical training requires to gain a deep understanding of medical imaging and acquisition techniques. Nothing better to get familiar with human anatomy than studying real-world patient-specific cases. Personalized medicine necessitates that our healthcare professionals possess an unprecedented familiarity with the diverse range of human body shapes and potential pathological conditions. Check our CineM3D course for education in medical imaging.
LEARN HOW YOU CAN
Enhance Communication
Using physically-based visualizations holds the potential to better reach your audiences through vivid visual content.
As humans, our brain is used to perceive objects and natural surroundings within our real-world environments, often shaped by natural or artificial lighting conditions. When conveying images, illustrations, and concepts, individuals tend to favor depictions that are illuminated naturally and realistically. Such lighting enhances our ability to comprehend the three-dimensional shapes and relationships between structures more effectively.
News
Latest related activities of the project.
Project funding

This project has been funded by a 2021 Leonardo Grant for Researchers and Cultural Creators, BBVA Foundation.
The Foundation takes no responsibility for the opinions, statements and contents of this project, which are entirely the responsibility of its authors.
Acknowledgments
This project would have not been possible without the support provided by a 2021 Leonardo Grant for Researchers and Cultural Creators, BBVA Foundation. The PI also acknowledges the UDC-Inditex InTalent programme for making it possible to return to his alma mater, the University of A Coruña (UDC), and the Spanish Ministry of Science and Innovation (AEI/ RYC2018-025385-I) and Xunta de Galicia (ED431F 2021/11) for providing continuous support in his research career.

