Read article: How to shape photons using a trapped atom
How to shape photons using a trapped atom
Temporal technique could give quantum networks a boost
Read article: How to shape photons using a trapped atom
Read article: Photons entangled in terms of radial quantum states
Photons entangled in terms of radial quantum states
Radial position and momentum of light could be used to create new quantum technologies
Read article: Mapping out the market for quantum technologies
Mapping out the market for quantum technologies
A market evaluation by technology strategy company Tematys suggests that the quantum optics industry will be worth €1bn by 2028
Read article: Light–matter entanglement creates Schrödinger-cat states
Light–matter entanglement creates Schrödinger-cat states
New work could help advance the field of quantum state engineering with possible applications in quantum networks and quantum computing
Read article: Fast photon source lights up quantum technologies
Fast photon source lights up quantum technologies
An on-chip system exploits the Purcell effect to deliver rapid pulses of single photons
Read article: Record-breaking entanglement uses photon polarization, position and orbital angular momentum
Record-breaking entanglement uses photon polarization, position and orbital angular momentum
More than 250,000 combinations of quantum states generated simultaneously
Read article: Topological light makes a quantum connection
Topological light makes a quantum connection
Research could lead to more robust quantum-information systems
Read article: Energy-time entanglement detected in photons
Energy-time entanglement detected in photons
Sub-picosecond measurements reveal quantum correlations
Read article: ‘Quantum radio’ could improve communications in difficult environments
‘Quantum radio’ could improve communications in difficult environments
Atom magnetometers could boost GPS performance
Read article: Qubits transferred between atomic gas and a crystal
Qubits transferred between atomic gas and a crystal
System uses optical fibre and three different photons
