Exchange Ranking
Top Exchanges
24h Volume Ranking
Popularity Ranking
Exchange BTC Balance
Proof of Reserves
Decentralized Exchanges
Funding Rate
Funding Heatmap
Liquidation Data
Max Pain
Long/Short Ratio
Whale L/S Ratio
Binance/Okex/Huobi L/S
Bitfinex Margin L/S
ETF Tracker
Solana ETF
XRP ETF
Hong Kong ETF
Bitcoin Treasuries
Crypto Reversal
Ethereum Reserves
HyperLiquid Wallet Analysis
Hyperliquid Whale Watch
Large Transactions
On-chain Movement
Bitcoin ROI
Stablecoin Market Cap
Options Analysis
News
Articles
Economic Calendar
Features
Wallet
Contract Calculator
Security
Collections
Watchlist
FollowingInfleqtion与霍尼韦尔合作推出芯片级量子光子组件，股价小幅上涨
周二，随着量子光子学合作计划的披露，Infleqtion (INFQ) 的股价上涨了0.95%，报收于12.78美元。该股盘中一度触及13.10美元以上的峰值，随后在投资者消化这一技术公告后回落。公司表示，这一进展有望实现更紧凑、更易部署的量子传感设备。
协同努力催生微型化光子组件
Infleqtion与霍尼韦尔航空航天（Honeywell Aerospace）及加州大学圣塔芭芭拉分校（UC Santa Barbara）的研究人员合作，在氮化硅平台上制造了一种集成光学腔体。霍尼韦尔的光子制造工厂生产了该原型器件。该组件旨在缩小量子计算系统、原子钟和传感器应用中激光稳定所需的体积。
该架构采用了与现有商业生产基础设施兼容的半导体制造技术。这一策略可能使量子设备的尺寸更小，同时保持激光一致性，确保功能的准确性。此外，它还建立了可行的制造路径，以扩大生产规模。
光学腔体用于在精密的量子装置和高精度计时仪器中维持激光的一致性。传统设计通常需要庞大且易碎的实验室设置，限制了其在受控研究环境之外的部署。新开发的原型将这一能力转移到芯片级平台上，有望实现更广泛的现场应用。
Compact sensing technology responds to multiple industry needs
Infleqtion points out that miniaturized optical cavities can be used in precision positioning systems, atomic time measurement, data center operations and telecommunications networks. This advancement could also enhance quantum sensing devices that require consistent laser output, allowing them to operate in rugged, space-saving hardware. These applications provide specific pathways to leapfrog from academic prototypes to deployable commercial products, covering multiple areas.
The prototype was designed by the OCAQπ research team at the University of California, Santa Barbara, and developers at Infleqtion. Honeywell Aerospace subsequently manufactured the component using its sophisticated silicon nitride photonic integration method. The project combines academic innovation, quantum systems design and industrial manufacturing expertise within a unified development framework.
The laboratory led by Professor Daniel Blumenthal has been working on the miniaturization of cold atomic quantum architectures over the past decade. His team focuses on moving complex experimental optical devices from massive laboratory configurations to integrated chip solutions. The latest prototype advances this mission by connecting academic design with a scalable manufacturing process.
Acquisition of SiNoptiq enhances photonics capabilities
The Technology Transfer Division of the University of California, Santa Barbara oversees intellectual property rights for photonics innovations related to the collaboration. The school submitted more than a dozen patent applications involving the research that ultimately led to the establishment of SiNoptiq. Professor Blumenthal founded the company before Infleqtion acquired SiNoptiq in 2024.
The deal includes silicon photonics knowledge and technology accumulated through long-term university research projects. It further enhances Infleqtion's ability to integrate neutral atom platforms with compact photonic components. The ongoing project demonstrates how this research foundation can produce equipment suitable for mass production.
Infleqtion continues to focus on quantum computing and sensing platforms based on neutral atom methods. Optical cavities introduce manufacturing-oriented elements to reduce overall system size and complexity. Honeywell Aerospace also provides an industrial manufacturing channel that can support increased production as commercial deployments grow.
