本场赛事由北京市科学技术委员会、中关村科技园区管理委员会主办，中关村高科技产业促进中心、中关村科技园区房山园管委会区科委及北京中关村科 技服务有限公司承办。 赛事邀请来自学术界、投资界与产业界的资深专家组成评审团，围绕项目的技术先进性、市场潜力等方面进行综合评审，并立足新材料产业发展趋势，为 项目的创新突破与长远发展提供专业建议。 以下为新材料领域TOP10名单： 近日，2026中关村论坛系列活动——第九届中关村国际前沿科技大赛新材料领域复赛在房山区举办。经过现场路演和专家评审，集成光学频率梳、晶彩纷 乘-车载高端量子点显示技术引领者等10个创新项目脱颖而出，入围该领域TOP10。 关于中关村前沿大赛 中关村国际前沿科技大赛创设于2017年，大赛始终把握全球科技革命和产业变革方向，密切跟踪前沿科技发展趋势，按照"全球邀约、自由探索、公开路 演"的方式，搭建高水平国际前沿科技交流竞技平台。第九届前沿大赛以"前沿引领，智创未来"为主题，于2025年9月启动项目征集，2026年1月至2月组织 领域赛，预计于2026年3月举办半决赛，于2026中关村论坛年会期间举办总决赛。 关于中关村论坛 中关村论坛创办于2007年 ...

Core Insights - The 9th Zhongguancun International Frontier Technology Competition in the new materials sector recently took place in Beijing, showcasing innovative projects such as "Integrated Optical Frequency Comb" and "High-end Quantum Dot Display for Vehicles" [1][2] Group 1: Competition Highlights - The top ten projects in the new materials category include "Integrated Optical Frequency Comb," which can output 34 or more evenly spaced wavelengths, representing a significant advancement in the field [1] - The project "Topological Soft Gel Disruptive Thin Warm Material Technology" aims to enable winter clothing to provide warmth, while the "Advanced Tactile Sensors for Robots Based on Fiber Materials" project seeks to give robots electronic skin [1] - The "High-end Quantum Dot Display for Vehicles" technology aims to break the monopoly of foreign manufacturers in the high-end display sector, highlighting the innovative breakthroughs in new materials technology [1] Group 2: Industry Development - The competition reflects the deep integration and innovative breakthroughs of new materials technology in critical fields such as advanced equipment, embodied intelligence, biomedical applications, and advanced displays [1] - The event indicates that China is accelerating its transition from basic research to engineering and industrialization in the field of materials science [1]

Core Insights - The 9th Zhongguancun International Frontier Technology Competition recently held its semifinals in the new materials sector, showcasing innovative projects such as "Integrated Optical Frequency Comb" and "High-end Quantum Dot Display for Vehicles" [1] Group 1: New Materials Innovations - The "Integrated Optical Frequency Comb" project by Qiming Photonics Technology is notable for its ability to output 34 or more evenly spaced wavelengths through a single chip, addressing bandwidth and power consumption challenges in optical interconnect technology [1][2] - The project utilizes a modified "optical frequency comb" technology that previously required expensive equipment, achieving chip-level integration that simplifies control logic and reduces power consumption and costs [2] - Other top projects include "Topological Soft Gel for Winter Protection," "Advanced Tactile Sensors for Robots," and a platform for "Extracellular Vesicles from Stem Cells," indicating significant advancements in various fields such as smart equipment, biomedical applications, and advanced displays [3] Group 2: Competition Structure and Evaluation - The competition features a jury of experts from academia, investment, and industry who evaluate projects based on technological advancement and market potential, providing professional advice for innovation and long-term development [6] - The 9th Frontier Competition is organized by the Beijing Municipal Science and Technology Commission and the Zhongguancun Management Committee, with the semifinals scheduled for March 2026 and the finals during the Zhongguancun Forum annual meeting [6]