Metasurface Optics for Information Processing and Computing
Thu, Oct 9, 2025 1:00 PM - 2:00 PM EDT
Metasurface optics—ultrathin, nanostructured elements capable of precise light manipulation—are revolutionizing optical information processing. By co-designing optical hardware with computational algorithms, these systems enable complex operations like spatial convolutions directly in the optical domain. This hybrid analog-digital approach offers new possibilities for faster, more efficient imaging and vision systems, while posing exciting challenges at the intersection of photonics, machine learning, and device integration. Sponsored by Moxtek.
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Advanced Motion Control for Semiconductor Metrology
Thu, Oct 16, 2025 1:00 PM - 2:00 PM EDT
Join our webinar on advanced motion control for semiconductor inspection and metrology. Discover how precision motion systems enable cutting-edge applications like wafer inspection, SWLI, SEM/FIB, and AFM. Learn about compensating for error motions, system-level optimization, and advanced control techniques to achieve nanometer-level precision and maximize throughput. Explore industry-leading solutions pushing the boundaries of semiconductor metrology. This webinar is ideal for anyone in the semiconductor industry seeking to enhance accuracy, speed, and reliability in their manufacturing operations. Presented by Aerotech.
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The Power of Inertial Confinement Fusion — With Omar Hurricane and Mike Campbell
There is an ever-growing demand for power, whether it is to supply electricity for our power-hungry AI servers or to keep the lights on in more homes. Inertial confinement fusion has been referred to as one of the most promising paths to thermonuclear fusion, and it could one day provide a path to more efficient power. Omar Hurricane and Mike Campbell formed a professional relationship and a lasting friendship through their time together at the Lawrence Livermore National Laboratory. In this episode of “All Things Photonics”, they discuss the progress made in inertial confinement fusion and what this technology will need to reach its full potential.
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