Blog / Quantum Cryptography
Quantum Cryptography
169 articles in this category.
Quantum Battery Capacity: Why Entanglement Hurts Energy Storage
New arXiv research reveals quantum entanglement reduces battery capacity in two-qubit systems. What it means for quantum hardware roadmaps.
Quantum Circuit Transpilation: Critical CNOT Reductions
Digital Annealer-assisted quantum circuit transpilation cuts CNOT gates up to 57%. See the QUBO mapping method and what it means for PQC readiness.
Distributed Quantum Computing: Critical Scaling Breakthrough
New lattice surgery research reshapes distributed quantum computing scaling. What does faster quantum networking mean for your PQC timeline? Read the analysis.
Neutral-Atom Quantum Computing: Critical PQC Threat Update
A neutral-atom quantum compiler just hit 1,000x speedups. Is your crypto-agility roadmap ready for faster quantum scaling? Audit your PQC migration now.
Programmable Superradiance: Critical PQC Milestone Ahead
New superconducting qubit research advances programmable superradiance — see what collective quantum control means for your PQC migration roadmap today.
CVQKD Non-Gaussian Receivers: Critical Quantum Security Leap
New non-Gaussian CVQKD schemes using state-discrimination receivers achieve genuine quantum advantage over conventional protocols. What this means for your fibe
QKD Time Synchronization: Decoy-State Method Cuts Hardware
A software-only decoy-state method eliminates QKD's dedicated sync channel. Learn what this means for your quantum network deployment costs and timeline.
Post-Quantum Cryptography Production Gap: Critical 2024 Data
NIST finalized PQC standards in Aug 2024, but 89% of libraries lack hybrid KEM support. See the benchmark data and fix your migration path.
PureMagic Scheduler Cuts Quantum Fault-Tolerance Overhead 15x
PureMagic dynamic scheduler slashes logical qubit overhead 80% and speeds magic state prep 4.5x. What does this mean for your PQC migration timeline?
Quantum Gate Optimization: 26% T-Count Reduction Explained
A new linear-time algorithm cuts quantum circuit gate counts by 26% using Ising model optimization. Learn what this means for your PQC timeline.
Lattice-Based Cryptography: Critical Limits of Post-Quantum Security
New research exposes why LWE-based cryptography may not be unconditionally quantum-safe. Understand the risks before your next PQC migration decision.
Post-Quantum Cryptography Risk: Dense Surface Code Cuts Qubit Overhead 25%
New dense surface code research reduces physical qubits per logical qubit by 25%, accelerating fault-tolerant quantum timelines. Audit your PQC migration plan n