Quantum Information Science

Quantum information science research is advancing on multiple fronts:

• Quantum computing pursues error correction and improved qubit architectures;
• Quantum networking develops repeaters to maintain coherence over distances;
• Quantum sensing leverages quantum effects for ultra-precise measurements;
• Materials research explores exotic quantum states for next-generation technologies;
• Algorithm development extends into quantum machine learning;
• Quantum provides enhanced detection capability for stealth targets through quantum illumination, which creates entangled photon pairs and can identify return signals even in very noisy environments.
• Quantum communication offers many advantages over classical communication: security, tamper-evidence, teleportation, precise timing synchronization, etc.