WiMi's Lays out for the Research on Distributed Quantum Computing Based on Cross-Optical Network Links
WiMi Hologram Cloud (NASDAQ: WIMI), a global AR technology provider, has announced research initiatives in distributed quantum computing (DQC) using cross-optical network links. The company is exploring how to connect multiple quantum processors through optical networks to create more powerful computing systems.
The research focuses on using photon-based information transmission in optical networks, which offers advantages like near-light-speed transmission and low signal loss. Key application areas include quantum key distribution (QKD) for secure communications, distributed quantum simulation for complex systems, and quantum cloud computing services.
WiMi's initiative aims to contribute to the development of a global quantum internet, potentially enabling worldwide quantum information sharing and distributed computing capabilities across multiple sectors including scientific research, finance, and healthcare.
WiMi Hologram Cloud (NASDAQ: WIMI), fornitore globale di tecnologie AR, ha annunciato iniziative di ricerca nel calcolo quantistico distribuito (DQC) attraverso collegamenti di rete ottici incrociati. L'azienda sta esplorando come collegare più processori quantistici tramite reti ottiche per creare sistemi di calcolo più potenti.
La ricerca si concentra sull'uso della trasmissione di informazione basata sui fotoni nelle reti ottiche, che offre vantaggi come velocità vicina alla luce e bassa perdita di segnale. Le aree chiave di applicazione includono distribuita chiave quantistica (QKD) per comunicazioni sicure, simulazione quantistica distribuita per sistemi complessi e servizi di cloud quantistico.
L'iniziativa di WiMi mira a contribuire allo sviluppo di una internet quantistica globale, potenzialmente abilitando la condivisione di informazioni quantistiche e capacità di calcolo distribuito in tutto il mondo, in settori quali ricerca scientifica, finanza e sanità.
WiMi Hologram Cloud (NASDAQ: WIMI), proveedor global de tecnología AR, ha anunciado iniciativas de investigación en computación cuántica distribuida (DQC) mediante enlaces de red óptica cruzados. La empresa está explorando cómo conectar múltiples procesadores cuánticos a través de redes ópticas para crear sistemas de cálculo más potentes.
La investigación se centra en el uso de la transmisión de información basada en fotones en redes ópticas, que ofrece ventajas como una velocidad cercana a la de la luz y bajas pérdidas de señal. Las áreas clave de aplicación incluyen distribución cuántica de claves (QKD) para comunicaciones seguras, simulación cuántica distribuida para sistemas complejos y servicios de cómputo en la nube cuántica.
La iniciativa de WiMi tiene como objetivo contribuir al desarrollo de una internet cuántica global, que podría permitir el intercambio mundial de información cuántica y capacidades de cómputo distribuido en múltiples sectores, incluyendo investigación científica, finanzas y salud.
WiMi Hologram Cloud (NASDAQ: WIMI)는 글로벌 AR 기술 공급업체로, 분산 양자 컴퓨팅(DQC)을 광학 네트워크를 통한 교차 링크로 연구하는 이니셔티브를 발표했습니다. 이 회사는 광학 네트워크를 통해 여러 양자 프로세서를 연결하여 더 강력한 계산 시스템을 만드는 방법을 모색하고 있습니다.
연구는 광 네트워크에서 광자 기반 정보 전송을 사용하는 데 집중하며, 이는 광속에 가까운 전송 속도와 낮은 신호 손실과 같은 이점을 제공합니다. 주요 적용 분야로는 안전한 통신을 위한 양자 키 분배(QKD), 복잡한 시스템에 대한 분산 양자 시뮬레이션, 양자 클라우드 컴퓨팅 서비스가 포함됩니다.
WiMi의 이니셔티브는 전 세계적으로 양자 정보를 공유하고 다수의 분야에서 분산 계산 역량을 가능하게 하는 글로벌 양자 인터넷 개발에 기여하는 것을 목표로 합니다. 과학 연구, 금융, 보건 등 분야를 포함합니다.
WiMi Hologram Cloud (NASDAQ: WIMI), fournisseur mondial de technologies AR, a annoncé des initiatives de recherche en calcul quantique distribué (DQC) via des liaisons réseau optiques croisées. L’entreprise explore comment connecter plusieurs processeurs quantiques via des réseaux optiques pour créer des systèmes de calcul plus puissants.
La recherche se concentre sur l’utilisation de la transmission d’information basée sur les photons dans les réseaux optiques, qui offre des avantages tels qu’une vitesse proche de celle de la lumière et de faibles pertes de signal. Les domaines d’application clés incluent la distribution quantique de clés (QKD) pour des communications sécurisées, la simulation quantique distribuée pour des systèmes complexes et les services de cloud quantique.
L’initiative de WiMi vise à contribuer au développement d’un internet quantique mondial, potentiellement capable de permettre le partage mondial d’informations quantiques et des capacités de calcul distribué à travers divers secteurs, y compris la recherche scientifique, la finance et la santé.
WiMi Hologram Cloud (NASDAQ: WIMI), globaler Anbieter von AR-Technologien, hat Forschungsinitiativen im Bereich Distributed Quantum Computing (DQC) über Cross-Optical-Network-Verbindungen angekündigt. Das Unternehmen erforscht, wie mehrere Quantenprozessoren über optische Netzwerke verbunden werden können, um leistungsstärkere Rechen Systeme zu schaffen.
Die Forschung konzentriert sich auf die Nutzung der photonenbasierten Informationsübertragung in optischen Netzwerken, die Vorteile wie nahezu Lichtgeschwindigkeit und geringe Signalverluste bietet. Wichtige Anwendungsbereiche umfassen Quantum Key Distribution (QKD) für sichere Kommunikation, verteilte Quanten-Simulationen für komplexe Systeme und Quanten-Cloud-Computing-Dienste.
WiMIs Initiative zielt darauf ab, zur Entwicklung eines globalen Quanten-Internets beizutragen, das weltweit den Austausch quantenbasierter Informationen und verteilte Rechenkapazitäten über verschiedene Sektoren wie wissenschaftliche Forschung, Finanzen und Gesundheitswesen ermöglichen könnte.
WiMi Hologram Cloud (NASDAQ: WIMI)، مزود عالمي لتقنيات الواقع المعزز، أعلن عن مبادرات بحثية في الحوسبة الكمية الموزعة (DQC) عبر وصلات شبكة بصرية متقاطعة. تستكشف الشركة كيفية ربط عدة معالجات كمومية عبر شبكات بصرية لإنشاء أنظمة حوسبة أقوى.
تركز الأبحاث على استخدام نقل المعلومات القائم على الفوتونات في الشبكات البصرية، التي توفر مزايا مثل السرعة القريبة من سرعة الضوء وانخفاض فقدان الإشارة. تشمل مجالات التطبيق الرئيسية توزيع المفاتيح الكمي (QKD) للاتصالات الآمنة، والمحاكاة الكمية الموزعة للأنظمة المعقدة، وخدمات الحوسبة السحابية الكمية.
تهدف مبادرة WiMi إلى المساهمة في تطوير إنترنت كمومي عالمي، قد يمكّن من مشاركة المعلومات الكمية عبر العالم وتوفير قدرات حوسبة موزعة عبر قطاعات متعددة مثل البحث العلمي والتمويل والرعاية الصحية.
WiMi Hologram Cloud（纳斯达克股票代码 WIMI），一家全球AR技术提供商，宣布在分布式量子计算（DQC）方面开展研究，探索通过跨光网络链路连接多个量子处理器的可能性，以打造更强大的计算系统。
研究聚焦于在光网络中使用基于光子的信息传输，其优势包括接近光速的传输速度和较低的信号损失。关键应用领域包括用于安全通信的量子密钥分发（QKD）、用于复杂系统的分布式量子仿真，以及量子云计算服务。
WiMi 的计划旨在促进全球量子互联网的发展，潜在地实现全球范围内的量子信息共享和跨越科学研究、金融和医疗等多个领域的分布式计算能力。
- Research positions WiMi in the emerging quantum computing technology sector
- Initiative aligns with future quantum internet development
- Technology could enable secure quantum key distribution for finance and military applications
- Technology is still in early research phase with many technical challenges
- No immediate revenue impact or commercial applications
- Significant infrastructure development required for practical implementation
The optical network link performs information transmission based on the properties of photons. Photons possess characteristics such as high speed, low loss, and excellent quantum properties, making them ideal carriers for quantum information transmission. In cross-optical network links, quantum information is encoded in the quantum states of photons, such as polarization states, phase states, etc. Through carefully designed optical communication systems, these photons carrying quantum information can be transmitted over long distances in optical fibers or free space.
Compared with traditional electrical signal transmission, optical network links have numerous advantages in distributed quantum computing. Firstly, the transmission speed of optical signals approaches the speed of light, significantly reducing the latency of quantum information during transmission, which is crucial for distributed quantum computing that requires real-time synchronization and collaboration. Secondly, the low-loss characteristics of optical fibers enable quantum information to maintain high fidelity over long-distance transmission. Application scenarios in distributed quantum computing include quantum key distribution, distributed quantum simulation, and quantum cloud computing, among others.
Quantum Key Distribution (QKD) is an important application scenario in distributed quantum computing. Through cross-optical network links, different nodes can securely share quantum keys. In a QKD system, the sender transmits photons carrying quantum key information to the receiver via the optical network. Due to the uncertainty principle of quantum mechanics, any eavesdropping attempt by a third party will inevitably disturb the quantum state of the photons, which can be detected by the communicating parties. QKD networks built using cross-optical network links can achieve secure communication, providing reliable guarantees for fields such as finance and military, which have extremely high requirements for information security.
Many complex physical and chemical systems are difficult to accurately simulate on classical computers, but quantum computers have a natural advantage in this regard. In distributed quantum simulation, multiple quantum processors are connected through optical network links to collectively simulate a large-scale quantum system. Each quantum processor is responsible for simulating a part of the system, exchanging quantum information in real-time through optical network links, thereby achieving efficient simulation of the entire complex system.
With the continuous development of quantum computing technology, quantum cloud computing is expected to become an important model for future computing services. In the quantum cloud computing architecture, users connect to a quantum computing center via the internet, while the quantum computing center internally connects multiple quantum processors into a powerful computing cluster through cross-optical network links. Users can remotely submit quantum computing tasks, and the quantum computing center utilizes distributed quantum computing resources to perform the computations, returning the results to the users via the network. The high-speed and high-fidelity transmission characteristics of cross-optical network links ensure efficient interaction between users and the quantum computing center, laying the foundation for the widespread application of quantum cloud computing.
With the development of quantum computing and quantum communication technologies, future optical networks will evolve toward the integration of classical and quantum communication. On the same optical network infrastructure, both classical information and quantum information can be transmitted. This integrated network architecture will improve the utilization rate of network resources and reduce construction and operational costs.
Cross-optical network links play an irreplaceable and critical role in distributed quantum computing. By leveraging the high speed, low loss, and quantum properties of optical networks, efficient transmission of quantum information between different nodes is achieved, providing a solid physical foundation for various application scenarios of distributed quantum computing. Although many technical challenges remain at present, with continuous in-depth research and ongoing technological innovation, cross-optical network links will continue to improve, driving distributed quantum computing from the laboratory to practical applications, bringing tremendous changes to the development of human society. In the future, we have every reason to expect that the integration of cross-optical network links with distributed quantum computing technology will create more possibilities, ushering us into a new era of quantum information.
WiMi's research on distributed quantum computing based on cross-optical network links will be one of the key technologies for building a global quantum internet. In the future, by connecting quantum computing nodes and quantum communication networks in different regions through optical network links, it is expected to achieve global quantum information sharing and distributed quantum computing. The global quantum internet will bring revolutionary changes to multiple fields, including scientific research, finance, and healthcare.
In the future, distributed quantum computing based on cross-optical network links will provide strong support for the commercialization of quantum computing applications. As distributed quantum computing technology continues to mature, an increasing number of enterprises and institutions will be able to leverage the advantages of quantum computing to solve practical problems. The efficient transmission capabilities of optical network links will enable quantum computing services to be provided to users more conveniently, accelerating the commercialization process of quantum computing applications.
About WiMi Hologram Cloud
WiMi Hologram Cloud Inc. (NASDAQ: WiMi) focuses on holographic cloud services, primarily concentrating on professional fields such as in-vehicle AR holographic HUD, 3D holographic pulse LiDAR, head-mounted light field holographic devices, holographic semiconductors, holographic cloud software, holographic car navigation, metaverse holographic AR/VR devices, and metaverse holographic cloud software. It covers multiple aspects of holographic AR technologies, including in-vehicle holographic AR technology, 3D holographic pulse LiDAR technology, holographic vision semiconductor technology, holographic software development, holographic AR virtual advertising technology, holographic AR virtual entertainment technology, holographic ARSDK payment, interactive holographic virtual communication, metaverse holographic AR technology, and metaverse virtual cloud services. WiMi is a comprehensive holographic cloud technology solution provider. For more information, please visit http://ir.wimiar.com.
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