Arunkumar Sambandam
Quantum Computing Foundations and the Role of Quantum Teleportation
Abstract:
Quantum teleportation is a direct application of entanglement. It allows a quantum state to be transferred between distant systems. The physical particle itself is not moved during this process. Instead the quantum information defining the state is reconstructed. This reconstruction occurs using shared entanglement and measurements. Classical communication completes the teleportation procedure. Teleportation ensures accurate transfer of fragile quantum states. It avoids direct interaction that could disturb the quantum system. This makes it highly valuable for quantum network operations. Through teleportation, remote quantum processors can coordinate.
Profile:
I Work on service delivery and site reliability for Capital Markets Trading Applications at UBS, with a mandate to ensure production excellence, operational resilience, and sustained platform performance across critical wealth management systems.My focus is on translating technology reliability into business confidence strengthening governance, and embedding scalable SRE practices that reduce risk and improve service predictability. Through close collaboration with senior stakeholders and subject matter experts, I’ve enabled automated operational controls and system health checks that enhance agility, transparency, and time-to-resolution. With extensive experience spanning IT infrastructure, I bring a strategic, outcomes-oriented approach to operational excellence. I’m passionate about building resilient enterprise systems, elevating service maturity, and ensuring technology consistently supports and exceeds business expectations.