Decoding the quantum horizon
Patrick Hayden and Robert Myers describe how “qubits” may hold the key to quantum gravity
Read article: Decoding the quantum horizon
Read article: Decoding the quantum horizon
Ghost images taken using pairs of atoms
New technique could test fundamental principles of quantum mechanics
Read article: Ghost images taken using pairs of atoms
Photons created in a superposition of two colours
Multicoloured qubits could boost quantum computing
Read article: Photons created in a superposition of two colours
Recipe for success with topological materials
Hamish Johnston visits Beijing on a hunt for the elusive Weyl fermions
Read article: Recipe for success with topological materials
What could you do with a 50- or 100-qubit quantum computer?
Andrea Morello predicts uses for the quantum computers of the not-too-distant future
Read article: What could you do with a 50- or 100-qubit quantum computer?
Quantum teleportation comes to Hefei and Calgary
Studies show quantum communications possible using metropolitan optical-fibre networks
Read article: Quantum teleportation comes to Hefei and Calgary
Why use silicon qubits for quantum computing?
Andrea Morello believes that classical computing might hold the key to quantum computing
Read article: Why use silicon qubits for quantum computing?
Nonlinear optical quantum-computing scheme makes a comeback
"Cross-Kerr nonlinearities" could be used to create quantum-logic gate, say physicists
Read article: Nonlinear optical quantum-computing scheme makes a comeback
China launches world’s first quantum science satellite
QUESS mission will test the feasibility of quantum communication between ground and space
Read article: China launches world’s first quantum science satellite
What are the potential applications of topological insulators?
Why topological insulators could boost electronics and quantum computing
Read article: What are the potential applications of topological insulators?
