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: How to shape photons using a trapped atom
Photons entangled in terms of radial quantum states
Radial position and momentum of light could be used to create new quantum technologies
Read article: Photons entangled in terms of radial quantum states
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: Mapping out the market for quantum technologies
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: Light–matter entanglement creates Schrödinger-cat states
Fast photon source lights up quantum technologies
An on-chip system exploits the Purcell effect to deliver rapid pulses of single photons
Read article: Fast photon source lights up quantum technologies
Record-breaking entanglement uses photon polarization, position and orbital angular momentum
More than 250,000 combinations of quantum states generated simultaneously
Read article: Record-breaking entanglement uses photon polarization, position and orbital angular momentum
Topological light makes a quantum connection
Research could lead to more robust quantum-information systems
Read article: Topological light makes a quantum connection
Energy-time entanglement detected in photons
Sub-picosecond measurements reveal quantum correlations
Read article: Energy-time entanglement detected in photons
‘Quantum radio’ could improve communications in difficult environments
Atom magnetometers could boost GPS performance
Read article: ‘Quantum radio’ could improve communications in difficult environments
Qubits transferred between atomic gas and a crystal
System uses optical fibre and three different photons
Read article: Qubits transferred between atomic gas and a crystal
