EMvision Research Notes, page-2560

I can see benefits, down the track for EMvision, from this collaboration between EMV's largest shareholder (Keysight) and Sydney University - both in terms of tech improvements and future skilled employees:

Keysight Technologies Partners with University of Sydney to Launch Advanced Photonics Lab

Posted Jun 18, 2024 by GoPhotonics Editorial Team



Keysight Technologies, the world’s leading electronic measurement company renowned for its innovations in wireless, modular, and software solutions, announced that it has partnered with the University of Sydney to support a new photonics teaching lab. This state-of-the-art lab provides students with valuable hands-on experience in advanced photonic technologies.

Photonics is used across a wide range of fields including photonic integrated circuits that support the internet, LiDAR for autonomous vehicles, facial recognition for smartphones and many physical, biological, chemical and medical sensing applications.

https://www.gophotonics.com/news/de...ty-of-sydney-to-launch-advanced-photonics-lab

How Photonics Can Transform Sensing for Imaging Systems

September 22, 2023 Saumitra Jagdale

Photonics-enabled medical imaging techniques hold immense potential for early disease detection.

From medical diagnostics to autonomous vehicles and robotics, photonics is transforming how we perceive and interact with our world by enabling cameras that can capture images with an unprecedented level of detail. Using photonics principles like compressive sensing and computational imaging algorithms, these advanced cameras capture multiple low-resolution images from different angles and combine them into one high-resolution image. The resulting imagery showcases how photonics can enhance resolution capabilities beyond those offered by conventional cameras.

MIT researchers have demonstrated the role of photonics in improving medical imaging by employing a laser-induced ultrasound technique to create detailed images of biological tissue without invasive procedures or ionizing radiation exposure.¹ The technique uses laser pulses to generate ultrasonic waves that are detected by optical sensors, allowing for precise visualization within tissues beneath the surface. Photonics-enabled medical imaging techniques like this one hold immense potential for early disease detection, guiding surgical interventions with higher accuracy and monitoring the effectiveness of treatments.

Emerging solutions for automotive and robotics, meanwhile, include TriEye’s CMOS-based short-wave infrared (SWIR) image sensors and Coherent’s solid-state laser diodes. The companies recently teamed up to demonstrate a laser-illuminated SWIR imaging system for applications like front and rear cameras in cars as well as vision systems in industrial and autonomous robots.

https://www.eetimes.eu/how-photonics-can-transform-sensing-for-imaging-systems/#:~:text=Using photonics principles like compressive,into one high-resolution image.