(From Left) Professor Keon Jae Lee, Professor Tae-Hyuk Kwon, Ph.D candidate Min Seo Kim, Dr. Jae Hee Lee, Dr. Chae Gyu Lee Conventional pancreatic cancer treatments face a critical hurdle due to the dense tumor microenvironment (TME). This biological barrier surrounds the tumor, severely limiting the infiltration of chemotherapy agents and immune cells. While photodynamic therapy (PDT) offers a promising alternative, existing external light sources, such as lasers, fail to penetrate deep tissues effectively and pose risks of thermal damage and inflammation...

Aledia, the leader in nanowire and 3D silicon-based microLED display technology, is proud to announce it is a winner in the Computing, Chips, and Foundational Technology category in Fast Company’s Next Big Things in Tech list. This prestigious recognition highlights emerging technologies that have the potential to profoundly impact industries—from education and sustainability to robotics and artificial intelligence. This year’s honorees represent a diverse array of technologies developed by established companies, startups, or research teams. These innov...

Ennostar Inc., a global leader in optoelectronic semiconductors, is partnering with X-Celeprint Ltd, the European pioneer in Micro-Transfer Printing (MTP) technology, to accelerate the adoption and commercialization of mass transfer technology in silicon photonics. With proven expertise in high-volume optoelectronics manufacturing and mastery of micro-scale devices such as Micro LEDs, Ennostar brings strong production capabilities to the partnership. X-Celeprint, recognized for its global leadership in MTP for heterogenous integration, contributes cutting-edge tech...

JBD recently announced that their collaboration with RayNeo and Applied Materials, Inc. has achieved a substantial breakthrough in the display quality of full-color waveguide AR glasses. The results are first commercialized in the RayNeo X3 Pro, markedly elevating the visual performance of consumer-grade waveguide AR glasses. RayNeo X3 Pro For years, full-color waveguide AR glasses have faced persistent technical bottlenecks—color inaccuracies, luminance non-uniformity, and low image quality—that have severely constrained end-user experience and the ...