MUMBAI, India, Aug. 24 -- Intellectual Property India has published a patent application (202641097910 A) filed by Kanumula Mohinidevi; Sushma Sakalabattula; Narasimhula Balayesu; J L Sarwani Theeparthi; Kakkera Prasanthi; Dr. P. V. M. Raju; Dr. T. Sumallika; and Dr B Veeramallu on August 13, 2026, for Distributed Quantum Processing Network With Adaptive Qubit Synchronization.
Inventors include Kanumula Mohinidevi; Sushma Sakalabattula; Narasimhula Balayesu; J L Sarwani Theeparthi; Kakkera Prasanthi; Dr. P. V. M. Raju; Dr. T. Sumallika; and Dr B Veeramallu.
The application for the patent was published on August 21, 2026, under issue no. 34/2026.
Abstract: A distributed quantum processing network and method utilizing adaptive qubit synchronization for scalable quantum computing are disclosed. The present invention overcomes these limitations by integrating a plurality of independent quantum processing units with an active, closed-loop Adaptive Qubit Synchronization Engine and a Network-Aware Circuit Orchestrator. The system continuously monitors real-time network latency, quantum memory coherence decay, and temporal variations across optical interconnects. Based on these dynamic telemetry streams, the architecture automatically modulates local phase gates, adjusts pulse execution windows, and reroutes non-local teleportation operations through optimal channels on-the-fly. By bridging local quantum execution with real-time, network-aware adaptation, the disclosed invention prevents premature state decoherence, minimizes gate failure rates, and achieves robust, fault-tolerant performance across heterogeneous distributed quantum nodes, thereby enabling unprecedented scaling capabilities for next-generation quantum supercomputers.
Disclaimer: Curated by HT Syndication.
