Joe McEntee visits Berkeley Lab to learn about QUANT-NET's quantum network testbed for distributed quantum computing applications
Read article: QUANT-NET’s testbed innovations: reimagining the quantum network
Toby Cubitt explains why algorithms are vital for the development of quantum computers
Read article: Toby Cubitt: why algorithms will speed up applications of quantum computers
New quantum computing architecture increases qubit coherence time from 100 nanoseconds to 100 microseconds
Read article: Charge qubits get a thousand-fold boost
This podcast features a quantum entrepreneur and an energy expert
Read article: Why Alice & Bob are making cat qubits, IOP calls for action on net-zero target
Gate errors fall by nearly an order of magnitude in rearranged control system based on single quanta of magnetic flux
Read article: New chip architecture offers hope for scaling up superconducting qubit arrays
Three new studies show record low error rates and a new error erasure strategy for two-qubit quantum gates
Read article: Neutral-atom quantum computers are having a moment
Scanning tunnelling microscope assembles and operates quantum gates
Read article: Three-qubit computing platform is made from electron spins
Strings of atoms create qubits that interact via superatoms
Read article: Quantum-computing protocol avoids targeting individual atoms in an array
Our podcast guest is Phasecraft’s Toby Cubitt
Read article: Quantum algorithms make clever use of noisy hardware
Chessboard-like structure could make it possible to scale up the number of qubits in quantum computers
Read article: Controllable quantum dot array breaks size record
