Science

Researchers have developed a novel obfuscation technique to shield quantum circuit designs from reverse engineering, bolstering security in the emerging field of quantum computing.

As quantum computing looms, this review explores the evolving landscape of cryptography and the strategies needed to protect sensitive information from emerging threats.

A new technique dramatically increases the rate of quantum communication by efficiently combining multiple entangled photon channels without signal loss.

Sedna introduces a novel protocol leveraging verifiable rateless coding to efficiently and securely distribute transactions across multiple concurrent proposer blockchains.

Researchers have developed a novel gating mechanism that restricts language model usage to authorized users, preventing unauthorized access and malicious outputs.

A new algorithm achieves picosecond synchronization for secure quantum communication without relying on traditional, vulnerable hardware.

Researchers have developed new methods for representing the classic Traveling Salesman Problem on quantum computers, potentially unlocking faster solutions with fewer qubits.

Researchers have demonstrated a fully connected quantum key distribution network leveraging integrated photonics and silicon microcombs to dramatically increase connection capacity.

Researchers have unveiled a new superconducting qubit architecture that overcomes key limitations in coherence and crosstalk, paving the way for larger, more reliable quantum processors.

New research explores how quantum annealing can accelerate and improve machine learning models used to identify fraudulent credit card transactions.