‘Lattice surgery’ entangles fault-tolerant topological qubits
Technique for trapped ions could lead to more reliable quantum computers
Read article: ‘Lattice surgery’ entangles fault-tolerant topological qubits
Read article: ‘Lattice surgery’ entangles fault-tolerant topological qubits
Processing natural language using quantum computers, listening to the oceans’ myriad sounds
Quantum physicist Bob Coecke and marine biologist Ana Širovic are our podcast guests
Read article: Processing natural language using quantum computers, listening to the oceans’ myriad sounds
Silicon qubits find the right position
New work on optimizing the location of phosphorous impurities could help silicon-based quantum processors scale up
Read article: Silicon qubits find the right position
Quantum advantage demonstrated using Gaussian boson sampling
Photon-based calculation is done 100 trillion times faster than on a supercomputer
Read article: Quantum advantage demonstrated using Gaussian boson sampling
Quantum software company tackles big computing challenges
Ilyas Khan of Cambridge Quantum Computing is our guest this week
Read article: Quantum software company tackles big computing challenges
New optical connections for trapped ions could lead to better quantum computers
Two independent teams take important step towards scalability
Read article: New optical connections for trapped ions could lead to better quantum computers
Pathways to scalable quantum technologies
Jelena Vučković and Michelle Simmons talk about their careers and drive to create practical quantum devices
Read article: Pathways to scalable quantum technologies
How capable are today’s quantum computers?
Exploring what the first quantum computers might achieve, plus a preview of Quantum 2020
Read article: How capable are today’s quantum computers?
Why Google builds quantum computers, the LGBT+ experience in physics, CERN’s carbon footprint
Sergio Boixo, Ramon Barthelemy and Kate Ravilious are our guests this week
Read article: Why Google builds quantum computers, the LGBT+ experience in physics, CERN’s carbon footprint
Nifty noise trick makes quantum states live longer
Simple scheme produces record-breaking decoherence times for solid-state spin qubits
Read article: Nifty noise trick makes quantum states live longer
