The purpose of this conference is to provide a technical forum for discussions on the latest developments in quantum information science and technology. Quantum information is a broad area of study regarding the information processing tasks that can be accomplished using quantum mechanical systems. Contributing disciplines include quantum mechanics, information theory, computer science, and cryptography. Applications include quantum computation, quantum cryptography, quantum imaging, and quantum sensing.
Quantum technologies are potentially transformational to security and defence. Progress in quantum computing research threatens classical techniques for encryption key sharing that rely on computational complexity for security. Quantum-physics-based approaches to key sharing are theoretically unbreakable based on mathematical proofs integrating information theory with principles of quantum mechanics. Advancements in quantum technologies have led to the commercialization of quantum cryptographic systems, particularly for fiber network applications.
There are, however, many challenges to developing quantum technologies to a position where they can provide robust capabilities in defence applications. These include the development of quantum networks, fiber and free-space quantum channels, photon sources and detectors, integrated photonics for quantum circuits, quantum memories, quantum gates, quantum relays, and quantum repeaters.
Original papers are sought on, but not restricted to the following categories and topics.
Applications
quantum key distribution and quantum data encryption
earth-satellite and satellite-satellite links
quantum hubs and quantum communication networks
quantum simulators.
Security and Performance Analysis
finite-key security analysis for general attacks
device-independent security proofs
security proofs for DV and CV QKD systems
analysis of side-channel attacks and other loopholes
certification of QKD devices.
Quantum Hacking
implementation loopholes
quantum computing threats to cryptography.
Enhanced Quantum Channels
multi-channel and multi-level encoding techniques
photon orbital angular momentum
spatial, temporal, and frequency encoding and multiplexing techniques.
Mathematics
quantum algorithms
quantum cryptography primitives and protocols.
quantum randomness extractors.
Technologies
single-photon sources, detectors, and filters
entanglement sources and detection
random number generation
probabilistic qubit amplifiers and their use in QKD
quantum memories, gates, relays, and repeaters
signals processing and computer architectures for quantum cryptographic systems
integrated photonics for quantum circuits.
Other topics
quantum computation theory and implementations
quantum imaging
quantum sensing
tests of quantum theory.
09月26日
2016
09月29日
2016
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