
Quantum error correction makes its zero-magnetic field debut
Field-free technique could be used to control quantum devices that combine superconducting- and spin-based qubits
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Field-free technique could be used to control quantum devices that combine superconducting- and spin-based qubits
Philip Ball reviews Quantum Steampunk: the Physics of Yesterday’s Tomorrow by Nicole Yunger Halpern
A wireless optoelectronic device uses Monte Carlo simulations to deliver bespoke irradiation and maximize the efficacy of photodynamic therapy
Chip-based device could useful as a quantum technology
The annual meeting of the European Society for Radiotherapy and Oncology (ESTRO) will enable both onsite and online delegates to share knowledge and explore the latest technical innovations
A living cardiac pump-on-a-chip could help researchers study how the heart works and investigate new treatments for heart disease
Niels Bultink outlines why Qblox's control stacks could help your quantum-computing experiments
Elekta’s treatment planning system Monaco enables the clinical team to successfully implement adaptive radiotherapy (ART) workflows on the Versa HD linac
Superconducting device exhibits one-way resistance-free current flow without a magnetic field
Working out what aliens might see if they pointed their telescopes at us could help in our quest for finding life on distant Earth-like planets, as James Romero explains