以超表面与集成光子芯片重构系统架构，覆盖原子捕获、光镊阵列、动态调控、寻址与探测，
推动复杂实验室光路走向可制造、可复制、可交付的芯片级系统Metasurfaces and integrated photonic chips reshape the system architecture—from atom trapping and tweezer arrays to control, addressing and detection—
moving complex laboratory optics toward scalable, replicable chip-level systems.
向下探索EXPLORE
01 / WORLD RECORD
百万级光镊超表面芯片亮相WAIC大会商汤光和量子计算实验室。单芯生成百万光镊阵列，刷新团队此前保持的世界纪录The million-scale optical tweezer metasurface chip debuts at SenseTime’s Photonic & Quantum Computing Lab at WAIC.
Generating a million-level tweezer array on a single chip, it breaks the team’s own previous world record.
02 / CORE RESEARCH
许渊博士以共同第一作者身份在《Nature》发表超表面光镊研究；单芯实现 36 万个光镊阵列，为百万级芯片奠定技术基础Dr. Xu Yuan co-first-authored the Nature study. Its 360,000 tweezers on one chip established the foundation for million-scale atom-control chips.
03 / INDUSTRY DIALOGUE · SHANGHAI
许渊博士在上海分享中性原子量子光控芯片的工程化落地实践In Shanghai, Dr. Xu Yuan shared engineering practices for neutral-atom quantum light-control chips
04 / ENGINEERING BASE
从原子制备、光场调控到状态读出，璇相将精密光学、芯片与控制系统整合为一体，让可扩展量子计算从实验走向稳定的工程平台From atom preparation and optical-field control to state readout, Xuanxiang integrates precision optics, chips and control systems into one platform—moving scalable quantum computing from experiment toward stable engineering.
进入系统架构Explore the architecture
EXPLORE THE PLATFORM
通过稳定、可调的光场分配，为原子冷却、囚禁与操控提供精密光学基础。Stable, tunable optical-field distribution provides the precision foundation for atom cooling, trapping and manipulation.
在高度受控的环境中完成原子装载、冷却与重排，为计算序列建立一致起点。Atoms are loaded, cooled and rearranged in a tightly controlled environment, establishing a consistent starting point for computation.
以微纳光学与可编程阵列形成单原子势阱，连接芯片尺度集成与量子态操控。Micro- and nano-optics create programmable single-atom traps, connecting chip-scale integration with quantum-state control.
将时序、光场与状态探测统一到实验控制链路，支撑可复现的量子操作流程。Timing, optical fields and state detection are unified in one experimental control chain for repeatable quantum operations.
精密光学、原子制备、光镊芯片
与控制读出协同工作，
把原子量子态转化为可制备、可操控、
可读出的计算资源。Precision optics, atom preparation and tweezer chips
work together with control and readout,
turning atomic states into programmable,
controllable and measurable quantum resources.
光场调控Optical control
原子制备Atom preparation
光镊芯片Tweezer chip
控制读出Control & readout
ABOUT LUMIND / 03
量子 · 光学 · 工程QUANTUM · TWEEZERS · COMPUTING
璇相科技聚焦量子计算光学的片上化工程。我们希望与所有合作伙伴一道，持续迭代、协同验证，以集成、稳定、可复制的新范式，加速量子计算的发展，走向具备规模化的系统能力。LUMIND focuses on the on-chip engineering of quantum computing optics. Together with all partners, we will drive continuous iteration and collaborative validation. Through a new paradigm of integration, stability and replicability, we aim to accelerate the development of quantum computing and advance toward scalable system capabilities
WORK WITH US / 04
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