COPE Radio explores our virtual developments in service of scientific
Today, COPE Radio visited our offices in Plaza España, Zaragoza, to learn first-hand about our collaborations with universities and research centers on scientific projects where we develop Virtual Reality simulators.
Our colleague Miguel Ángel, a Telecommunications Engineer from the New Technologies Department, presented this line of work that we have been developing for several years.
Many of these projects have a medical focus, centered on the development of advanced mathematical algorithms and the use of artificial intelligence, particularly convolutional neural networks, to improve diagnostics and potential treatments for diseases. We also work on the virtual simulation of materials and tissues with the goal of creating digital twins that enable surgical recreations.
Once research groups have progressed in their studies, the need arises to communicate their results visually and educationally, both within the scientific community and to the general public through outreach events. This is where Nabegos steps in as a technological partner, developing virtual demonstrators that make scientific and technical breakthroughs accessible and interactive.
Through technologies such as virtual reality headsets, haptic gloves, and holographic displays, combined with the digital implementation of scientific algorithms, it becomes possible to experiment in a realistic and immersive way with research outcomes. For example, users can interact with a deformation model through a holographic device, “touching” it with their hands or a tool, and observe how it would behave in reality.
These technological developments by Nabegos help research groups communicate their progress in a practical and engaging way to companies and government institutions, facilitating access to funding to expand their research lines or to demonstrate how these advances can be applied in general medicine.
Moreover, our solutions are not limited to the medical field. They also have applications in engineering and product manufacturing. Advanced material simulation models using augmented reality allow users to visualize how an object would deform under internal stresses, without the need to build physical prototypes. This proves especially useful in the development of new construction materials, such as beams, or products intended for large-scale manufacturing.
The impact of these tools has been remarkable. For universities and research institutes, they have provided an innovative way to showcase their findings, opening new lines of research and supporting funding from European projects or U.S. government programs.
Ultimately, Nabegos technology acts as a catalyst for scientific dissemination, empowering science to move forward and connect with new opportunities.
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