Science

A new study sheds light on the surprisingly subtle problem of unreliable tests in quantum software development.

Researchers have demonstrated a novel approach to implementing logical gates on Floquet codes, leveraging techniques inspired by static code designs to achieve promising levels of fault tolerance.

Researchers are bridging the gap between secret sharing and key agreement, enabling secure communication for a growing number of participants.

Researchers have developed a novel quantum hash function leveraging the dynamics of a discrete-time quantum walk on a specialized network topology.

A new benchmark suite, QuSquare, provides a rigorous and scalable method for evaluating the performance of near-term quantum computers.

Researchers have demonstrated a practical and efficient method for distributing secret keys among multiple parties using the principles of quantum entanglement.

A new protocol, QLink, proposes a robust architecture for cross-chain communication, fortified against the looming threat of quantum computers.

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.