This session will discuss how photonics devices can improve the quality and accessibility of medical imaging and diagnosis for various diseases and conditions, such as cancer, cardiovascular diseases, infectious diseases, and neurological conditions, with the use of techniques like optical coherence tomography, fluorescence imaging, hyperspectral imaging, photoacoustic imaging, and more. It will also discuss the challenges and opportunities of integrating photonics with artificial intelligence, big data, and cloud computing for enhanced image analysis and interpretation.

This session will focus on the critical process of technology transfer of medical technologies, highlighting how innovative medical technologies are moved from initial concepts to commercial products, bridging the gap between research and commercial enterprises. It will cover the journey of bringing cutting-edge from the lab into clinical and commercial use. Use cases and experts in intellectual property, licensing, and commercialization will share insights on effectively transferring innovations into industry-ready solutions.

Photonic devices can enhance the quality and efficiency of surgery and rehabilitation by improving visualization and more accurate tissue removal, providing real-time feedback, and reducing invasiveness and pain. The great potential of using photonic devices for remote and collaborative surgery and rehabilitation faces significant challenges. From on-site surgical to aesthetic procedures through ultraviolet disinfection equipment and a high volume of confidential data. This session will showcase the latest advances and applications of photonic devices in robotic and minimally invasive surgery, such as endoscopy, laparoscopy, laser ablation systems, and microsurgery.

This session will delve into the cutting-edge role of optical technologies in transforming surgery, diagnosis, and treatment in the medical practice. We will focus on how innovations in laser technology, imaging systems, and photonics-based devices are enhancing surgical precision, improving diagnostic accuracy, and enabling more effective treatments across various medical fields. The discussion will cover the latest enhancements in optical technologies used for surgical applications, such as laser surgery tools, advanced imaging for real-time guidance, and non-invasive diagnostic techniques. Attendees will learn about the potential of these technologies to reduce invasiveness, improve patient outcomes, and provide new theraputic options.