公司名称
上海三基石量子科技有限公司
Shanghai TriStone Quantum Technology Co., Ltd.
成立背景 | Background
为加速中国新兴科技赛道关键领域的自主突破，上海三基石量子科技通过与国际顶尖企业、科研机构开展深度技术协作，聚焦底层技术研发与国产化替代，致力于成为全球前沿科技创新的试验型研发机构。
Established to drive breakthroughs in China's emerging technology sectors, Shanghai TriStone Quantum Technology operates as an experimental R&D institution. Through deep collaborations with global industry leaders and research organizations, we focus on foundational technology innovation and domestic substitution, aiming to pioneer advancements in cutting-edge fields.
核心业务 | Core Projects
1.人工智能底层算法研发
领域：AI机器人神经网络架构优化、机器自主学习逻辑算法
目标：突破传统AI模型局限性，构建具备动态适应与自主推理能力的下一代机器人智能内核
进展：完成多模态数据融合框架搭建，推理效率提升40%
AI Foundational Algorithms
Domain: Neural network architecture optimization for AI robots, autonomous machine learning logic
Objective: Develop next-generation robotic intelligence cores with dynamic adaptation and autonomous reasoning capabilities
Progress: Multimodal data fusion framework completed, reasoning efficiency increased by 40%
2.机器人新型材料应用
领域：轻量化高韧性仿生材料、自修复柔性执行器
目标：解决传统机器人机械结构能耗高、环境适应性差等问题
成果：新型复合材料已通过极端环境压力测试，量产可行性验证中
Robotic Advanced Materials
Domain: Lightweight high-toughness biomimetic materials, self-healing flexible actuators
Objective: Overcome limitations of high energy consumption and poor environmental adaptability in traditional robotic systems
Achievements: Novel composite materials passed extreme environment testing, undergoing mass production feasibility analysis
3.量子计算算法开发
领域：概率云算法在量子计算场景的工程化应用
目标：提升量子比特纠错效率，降低算法落地硬件门槛
进度：核心算法模块验证完成，系统整体搭建进度23.6%
Quantum Computing Algorithms
Domain: Engineering applications of probabilistic cloud algorithms in quantum computing
Objective: Enhance qubit error correction efficiency and reduce hardware requirements for algorithm implementation
Progress: Core algorithm modules validated, system integration at 23.6% completion
技术战略 | Technology Strategy
双轮驱动：
自主创新：组建跨学科博士团队攻坚"卡脖子"技术
开放生态：与MIT、苏黎世联邦理工等机构共建联合实验室
Dual-Core Strategy:
Independent Innovation: Cross-disciplinary PhD team tackling critical technology challenges
Open Ecosystem: Joint labs with MIT, ETH Zurich, and global partners
技术战略更新 | Updated Technology Strategy（更新时间2024年底——2025年初）《年报》
► 双轮驱动战略升级
自主创新引擎：组建跨学科博士团队，重点突破量子计算纠错算法、仿生材料自修复机理等前沿技术14
开放生态体系：
• 与MIT、苏黎世联邦理工共建量子-机器人联合实验室1
• 联合中国小米之家推进智能家具场景落地，开发智能家庭中控系统46
• 深化与单片机及物联网上下游合作，布局可穿戴设备与家庭附属智能终端研发35
• 与阿里云共建量子计算云端验证平台，整合大数据分析能力48
• 通过华为开发者联盟实现智能设备操作系统深度适配57
► Dual-Core Strategy Enhancement
Independent Innovation: Cross-disciplinary PhD team focusing on quantum error correction algorithms and biomimetic material self-repair mechanisms14
Open Ecosystem:
• Joint quantum-robotics labs with MIT and ETH Zurich1
• Smart home hub development with Xiaomi Home China46
• Wearable tech R&D through IoT ecosystem collaboration35
• Quantum cloud platform construction with Alibaba Cloud48
• OS-level integration via Huawei Developer Alliance57
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战略合作网络 | Strategic Partnership Network
| 合作领域 | 主要成功里程碑 |
| 智能家具生态 | 完成家庭中控系统V2.3迭代 |
| 穿戴式设备研发 | 发布首款AI穿搭辅助设备原型机 |
| 量子云平台建设 | 实现10,000+量子比特云端模拟 |
| 工业物联网标准 | 牵头制定3项智能设备通信协议 |
注：所有合作项目均处于技术验证或产业化推进阶段，部分成果已通过第三方检测认证
愿景使命 | Vision & Mission
愿景：成为量子计算与智能机器人交叉领域的国际级技术策源地
使命：通过底层技术突破，推动中国高端科技装备自主化进程
Vision: To become a global hub for quantum-robotics convergence technologies
Mission: Accelerate China's autonomy in high-end technological infrastructure through foundational innovation
联系方式Contact
中国上海市浦东新区张江科学城（因实验需求，地址搬迁中）
administrator@sanjishi.cn
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