New #Paper published in Quantum: Mutually Unbiased Bases in Composite Dimensions – A Review
New #Paper published in Quantum: Mutually Unbiased Bases in Composite Dimensions – A Review
New #Paper published in Quantum: Metrologically optimal quantum states under noise

Chao Yin, Victor V. Albert, and Sisi Zhou, Quantum 10, 2050 (2026). We propose a class of metrological resource states whose quantum Fisher information scales optimally in both system size and noise rate. In these states, qubits are partitioned into sensing…
New #Paper published in Quantum: Comparing classical and quantum conditional disclosure of secrets

Uma Girish, Alex May, Leo Orshansky, and Chris Waddell, Quantum 10, 2049 (2026). The conditional disclosure of secrets (CDS) setting is among the most basic primitives studied in information-theoretic cryptography. Motivated by a connection to non-local quantum computati…

A whitepaper co-authored with the Ethereum Foundation and Stanford researchers slashes qubit estimates by 20x, warns that billions in crypto assets are exposed to multiple attack vectors, and urges an immediate industry pivot to post-quantum cryptography.
Scientists used a quantum computer to model an “impossible” molecule that can’t be made classically, demonstrating quantum tech’s unique power for simulating complex chemical systems and hinting at big implications for materials and chemistry research
CavilinQ raised $8.8M in seed funding to build the interconnect layer for scalable quantum systems, aiming to link quantum processors and improve performance. The investment signals growing interest in foundational quantum infrastructure.
QuSecure is collaborating with NIST’s National Cybersecurity Center of Excellence to tackle post‑quantum cryptography migration, helping organizations adopt quantum‑safe algorithms ahead of future threats.