Magnon Lifetime Boost Paves Way for Penny‑Sized Quantum Chips
Vienna researchers extend magnon lifetimes to 18 µs, a key step toward ultra‑compact quantum computers the size of a penny. Here’s what it means for developers.
Vienna researchers extend magnon lifetimes to 18 µs, a key step toward ultra‑compact quantum computers the size of a penny. Here’s what it means for developers.
Google shows its quantum error correction can double as continuous calibration, keeping superconducting qubits in tune without halting calculations.
The U.S. Department of Energy launches its Quantum Genesis initiative, targeting a scientifically useful quantum computer by 2028 to accelerate material and drug research.
Explore how quantum video games, from Quantris to Quantum Backrooms, are shaping education and development in the emerging quantum computing era.
QuEra says its Libra fault tolerant quantum machine, with 10k‑15k qubits, could be on the cloud by 2028, but challenges remain.
A D‑Wave Advantage2 quantum computer mined cryptocurrency on the Quip blockchain, winning 92% of its contested blocks while using roughly 100× less power than classical miners.
Europe’s JUPITER supercomputer simulates a 50-qubit quantum system—breaking the previous record and signaling a leap in classical computing power. Details on May 12, 2026.
For the first time, scientists have connected a time crystal to an external device, enabling control over its perpetual motion. The breakthrough could reshape quantum computing and precision sensing.
Finnish AI lab QuTwo, led by ex-AMD CEO Peter Sarlin, reaches $380M valuation after a $29M angel round. A sign of Europe’s rising tech sovereignty ambitions.
Researchers used nearly 7,000 GPUs to simulate a quantum chip’s physical behavior at unprecedented resolution—before fabrication. A leap in quantum engineering.