A European team has used quantum information theory to prove a fundamental limit on how fast quantum systems can thermalize.

The USC Mark and Mary Stevens School of Computing and Artificial Intelligence pairs more than 50 years of computing history with connections across the university.

Artificial intelligence is speeding up quantum research while the cryptography that tells machines whom to trust still awaits replacement. Governments ...

Postquant Labs has launched the Quip Virtual Machine and its first quantum smart contracts, creating a shared programming and execution environment for quantum and classical computing across multiple ...

NVIDIA Ising Decoding significantly speeds up quantum error correction on AWS by efficiently decoding syndromes from parity ...

The company outlined plans to expand AI infrastructure, strengthen chip manufacturing, develop autonomous networks and ...

In recent times, the global Microcontroller Unit (MCU) industry has witnessed a wave of transformative new developments, ...

New addresses, new signatures and a plan for coins that never move: here's what Coinbase thinks Bitcoin needs.

Scientists at the University of Michigan have created a new chip that could overcome the speed and energy limits of ...

Qubit Pharmaceuticals uses hybrid quantum infrastructure with Equinix to speed drug discovery today, and why quantum ...

The new consensus protocol retires TowerBFT, which had run Solana since its 2020 launch, after a handoff on the live network.

A new analysis argues that AI could accelerate quantum threats to encryption while helping organizations prepare their ...