科技创新"青藤体系" "十五五"规划建议明确提出，要推动科技创新和产业创新深度融合，加快重大科技成果高效转化应用，营造具有全球竞争力的开放创新生态。 精心培育创新种子 然而从实验室到生产线，转化之路往往面临资金、中试、人才等多重堵点。为此，深圳首创了"科创青藤成果转化服务体系"，这是一个覆盖全市的有组织、 系统化的成果转化生态。如何"顺藤摸瓜"，推动创新成果转化落地？ 操作灵活，可自主进行运动控制的绳驱灵巧手；一句话、一张图就能生成3D作品的人工智能大模型；可以自主规划，提供保洁服务的轮臂机器人…… 模力营培育的是人工智能领域具有潜力的创新"种子"，他们大多来自重点科创比赛、高校以及一些专业技术经理人的推荐。进入"青藤"的种子库，他们可以 在这里得到专业赋能，算力、数据、融资、法律、市场资源等要素都被集纳在了一起。除此之外，针对这些人才，深圳南山区还推出了"六个一"政策，也就 是"一个人、一间房、一张桌、一笔钱、一场景、一条龙"，让创业者可以轻装上阵。今年6月刚刚从清华博士毕业的许展玮就是这一政策的受益者。 只要在手腕上佩戴一个小小的传感器，就可以精准识别手部动作，实现隔空操作，带着这一精度超过95%的手势识 ...

Core Viewpoint - Virtual reality technology is one of the most transformative technologies of the 21st century, experiencing explosive growth due to advancements in computer graphics and sensor technology. The animation industry can leverage virtual reality to enhance immersive experiences and user engagement, driving innovation and transformation in the digital age [1]. Group 1: Enhancing Immersive Experience - The integration of various virtual reality technologies can create highly immersive animation experiences for users. High-resolution display technology serves as the foundation for immersive visual experiences, reducing graininess and enhancing clarity in virtual scenes [2]. - Real-time ray tracing technology simulates the real propagation paths of light in virtual scenes, achieving precise rendering of light reflection, refraction, and shadows, thereby enhancing the realism and immersion of animated scenes [2]. - Spatial audio technology simulates sound propagation characteristics in the real world, creating a realistic three-dimensional sound field that allows viewers to perceive the location and dynamics of sound sources within the animation [2]. - Multi-sensory collaboration technology integrates visual, auditory, tactile, and olfactory experiences, breaking the limitations of traditional animation that relies solely on visual and auditory elements, allowing viewers to engage with the virtual animation world from multiple dimensions [2]. Group 2: Enhancing User Engagement - Virtual reality innovation in animation interaction design optimizes user experience by utilizing gesture recognition technology, enabling natural and intuitive human-computer interaction without complex controllers [3]. - Emotion recognition technology analyzes users' facial expressions, voice tones, and physiological signals to dynamically adjust animation content and interaction methods based on users' emotional states, enhancing emotional resonance and participation willingness [3]. - Multi-user shared space technology allows multiple users to enter the same virtual animation world simultaneously, facilitating real-time interaction and collaboration, thus creating a unique social animation ecosystem [3].