MicroCloud Hologram Inc. Proposes Multi-Qubit Quantum State Sharing Scheme: Sharing Multiple Quantum Information in One Operation
MicroCloud Hologram (NASDAQ: HOLO) has announced a breakthrough in quantum computing with their proposed multi-qubit quantum state sharing scheme. The technology enables sharing multiple quantum information in a single operation through an innovative "one-time distribution + one-time recycle" mechanism.
The scheme achieves 3x improvement in resource efficiency through hyper-entangled state multiplexing, 30% reduction in measurement requirements, and maintains 85% fidelity under 1% channel error rate. The technology successfully demonstrated simultaneous sharing of 2 3-qubit GHZ states in a photonic system, reducing entangled particle usage by 50% and classical communication volume by 40%.
While showing promising results, the technology faces implementation challenges including automated preparation of high-dimensional entangled states and femtosecond-level timing synchronization requirements.
MicroCloud Hologram (NASDAQ: HOLO) ha annunciato una svolta nel calcolo quantistico con il loro innovativo schema di condivisione di stati quantistici multi-qubit. Questa tecnologia permette di condividere molteplici informazioni quantistiche in un'unica operazione grazie a un meccanismo innovativo di "distribuzione una tantum + riciclo una tantum".
Lo schema raggiunge un miglioramento di 3 volte nell'efficienza delle risorse tramite la multiplexazione di stati iper-entangled, una riduzione del 30% nei requisiti di misurazione e mantiene una fedelt脿 dell'85% con un tasso di errore del canale inferiore all'1%. La tecnologia ha dimostrato con successo la condivisione simultanea di 2 stati GHZ a 3 qubit in un sistema fotonico, riducendo l'uso di particelle entangled del 50% e il volume di comunicazione classica del 40%.
Nonostante i risultati promettenti, la tecnologia deve affrontare sfide di implementazione, come la preparazione automatizzata di stati entangled ad alta dimensionalit脿 e requisiti di sincronizzazione temporale a livello di femtosecondi.
MicroCloud Hologram (NASDAQ: HOLO) ha anunciado un avance en la computaci贸n cu谩ntica con su esquema propuesto para compartir estados cu谩nticos multi-qubit. La tecnolog铆a permite compartir m煤ltiples informaciones cu谩nticas en una sola operaci贸n mediante un innovador mecanismo de "distribuci贸n 煤nica + reciclaje 煤nico".
El esquema logra una mejora de 3 veces en la eficiencia de recursos gracias a la multiplexaci贸n de estados hiperentrelazados, una reducci贸n del 30% en los requisitos de medici贸n y mantiene una fidelidad del 85% con una tasa de error del canal inferior al 1%. La tecnolog铆a demostr贸 con 茅xito la compartici贸n simult谩nea de 2 estados GHZ de 3 qubits en un sistema fot贸nico, reduciendo el uso de part铆culas entrelazadas en un 50% y el volumen de comunicaci贸n cl谩sica en un 40%.
Aunque muestra resultados prometedores, la tecnolog铆a enfrenta desaf铆os de implementaci贸n, incluyendo la preparaci贸n automatizada de estados entrelazados de alta dimensi贸n y requisitos de sincronizaci贸n temporal a nivel de femtosegundos.
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MicroCloud Hologram (NASDAQ : HOLO) a annonc茅 une avanc茅e majeure en informatique quantique avec leur sch茅ma propos茅 de partage d'茅tat quantique multi-qubit. Cette technologie permet de partager plusieurs informations quantiques en une seule op茅ration gr芒ce 脿 un m茅canisme innovant de 芦 distribution unique + recyclage unique 禄.
Le sch茅ma atteint une am茅lioration de 3 fois de l'efficacit茅 des ressources gr芒ce au multiplexage d'茅tats hyper-enchev锚tr茅s, une r茅duction de 30 % des besoins en mesures, et maintient une fid茅lit茅 de 85 % avec un taux d'erreur de canal inf茅rieur 脿 1 %. La technologie a d茅montr茅 avec succ猫s le partage simultan茅 de 2 茅tats GHZ 脿 3 qubits dans un syst猫me photonique, r茅duisant l'utilisation des particules enchev锚tr茅es de 50 % et le volume de communication classique de 40 %.
Bien que les r茅sultats soient prometteurs, la technologie doit relever des d茅fis d'impl茅mentation, notamment la pr茅paration automatis茅e d'茅tats enchev锚tr茅s 脿 haute dimension et les exigences de synchronisation temporelle au niveau de la femtoseconde.
MicroCloud Hologram (NASDAQ: HOLO) hat einen Durchbruch im Quantencomputing mit ihrem vorgeschlagenen Multi-Qubit-Quantenzustands-Teilungsschema bekanntgegeben. Die Technologie erm枚glicht das Teilen mehrerer Quanteninformationen in einem einzigen Vorgang durch einen innovativen "Einmal-Verteilung + Einmal-Recycling"-Mechanismus.
Das Schema erzielt eine 3-fache Verbesserung der Ressourceneffizienz durch Hyperverschr盲nkungs-Multiplexing, eine 30%ige Reduktion der Messanforderungen und h盲lt eine 85%ige Treue bei einem Kanalfehlerrate von unter 1%. Die Technologie demonstrierte erfolgreich die gleichzeitige Teilung von 2 3-Qubit-GHZ-Zust盲nden in einem photonischen System, wodurch der Einsatz verschr盲nkter Teilchen um 50% und das Volumen der klassischen Kommunikation um 40% reduziert wurde.
Trotz vielversprechender Ergebnisse steht die Technologie vor Implementierungsherausforderungen, darunter die automatisierte Vorbereitung hochdimensionaler verschr盲nkter Zust盲nde und Anforderungen an die Femtosekunden-Timing-Synchronisation.
- None.
- Technology faces significant implementation challenges in automated preparation of high-dimensional entangled states
- Requires complex femtosecond-level timing synchronization precision
- Limited by bandwidth constraints in quantum-classical interfaces
Insights
HOLO's multi-qubit sharing scheme significantly improves quantum resource efficiency but remains years from commercial application despite technical promise.
MicroCloud Hologram has developed a quantum state sharing technique that represents a meaningful advancement in quantum information processing efficiency. The core innovation enables multiple quantum states to be encoded into a single hyper-entangled state, effectively creating a "quantum express box" that can carry multiple qubits of information simultaneously.
The technical achievements are substantial: their approach increases resource efficiency threefold by utilizing multidimensional properties of photons, reduces measurement requirements by 30% while cutting errors to one-fifth of random measurement approaches, and maintains 85% fidelity even with a 1% channel error rate. The distributed reconstruction algorithm also addresses a critical quantum computing bottleneck by creating linear rather than exponential scaling.
However, practical implementation faces significant hurdles that investors should note. The technology requires automated preparation of high-dimensional entangled states, femtosecond-level timing synchronization, and improved quantum-classical interfaces. These challenges indicate this remains a laboratory-stage development rather than a near-term commercial product.
The company's work on the quantum Zeno effect for controlling state tunneling and their "measurement-material-device" collaborative design approach could eventually contribute to scalable quantum computing infrastructure, but the timeline for commercial application remains uncertain. This research positions MicroCloud within the competitive quantum computing landscape, though substantial engineering challenges remain before practical applications emerge.
The core process of the scheme can be likened to "quantum information express delivery": first, the dealer "packages" the target quantum state into a special entangled state, distributes it to participants through quantum channels, and then collaboratively reconstructs the original state based on local measurement data. Specifically, the dealer encodes \(m\) number of \(k\)-qubit states into a hyper-entangled state of \(n=m脙鈥攌\) particles, for example, utilizing multidimensional properties such as polarization and path of photons to construct a "quantum express box," with each sub-entangled state carrying specific qubit information. After completing the encoding through quantum gate operations, the particles are distributed to participants, who obtain local data through generalized measurements and projective measurements. Finally, the dealer reconstructs the original state using a maximum likelihood estimation algorithm, with a fidelity exceeding
HOLO's technological innovation is reflected in three dimensions: first, the hyper-entangled state multiplexing technology breaks through the traditional single-state single-resource limitation, utilizing the multidimensional degrees of freedom of particles to enable a single photon to carry 3 qubits of information, improving resource efficiency by 3 times; second, the adaptive measurement strategy dynamically selects measurement bases, reducing the number of measurements by
The scheme successfully realized the simultaneous sharing of 2 3-qubit GHZ states in a photonic system, reducing the usage of entangled particles by
HOLO's research reveals the universal law of the quantum Zeno effect in controlling continuous state tunneling, and its technical framework not only provides a standardized solution for quantum dot isolation but also pioneers a new paradigm of "measurement-material-device" collaborative design. With further maturation of the technology, this achievement is expected to advance quantum computing from proof-of-principle to engineering applications, laying a critical foundation for building scalable quantum information processing platforms.
About MicroCloud Hologram Inc.
MicroCloud is committed to providing leading holographic technology services to its customers worldwide. MicroCloud's holographic technology services include high-precision holographic light detection and ranging ("LiDAR") solutions, based on holographic technology, exclusive holographic LiDAR point cloud algorithms architecture design, breakthrough technical holographic imaging solutions, holographic LiDAR sensor chip design and holographic vehicle intelligent vision technology to service customers that provide reliable holographic advanced driver assistance systems ("ADAS"). MicroCloud also provides holographic digital twin technology services for customers and has built a proprietary holographic digital twin technology resource library. MicroCloud's holographic digital twin technology resource library captures shapes and objects in 3D holographic form by utilizing a combination of MicroCloud's holographic digital twin software, digital content, spatial data-driven data science, holographic digital cloud algorithm, and holographic 3D capture technology. For more information, please visit
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