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What are the potential applications of topological insulators?

Why topological insulators could boost electronics and quantum computing

Ion-trap quantum computer is programmable and reconfigurable

Five ions used to run a variety of algorithms including a quantum Fourier transform

An ion trap used to trap a linear chain of Ytterbium ions

Could on-chip quantum frequency combs lead to scalable quantum computers?

By integrating quantum frequency combs into glass chips, researchers have taken an important step towards a scalable quantum computer

Computer keyboard with quantum computer chip

Twisted light beams sent 143 km across the sea

Orbital angular-momentum states transmitted between Canary Islands

Photograph of the Optical Ground Station at the Teide Observatory in Tenerife

Google gains new ground on universal quantum computer

Combination of digital and analogue computing methods may be the route towards a quantum computer

Google's superconducting quantum chip with nine qubits

What is a qubit?

Andrea Morello provides a brief introduction to quantum bits

The rise of Rydberg physics

Rydberg atoms are perfect for quantum logic gates and can even be used to make molecules of light, reports Keith Cooper

Alice and Bob have their quantum fingerprints checked

Files can be matched up more efficiently using quantum mechanics

Graphic showing a fingerprint and bits of data

Majorana ‘zero modes’ spotted in superconducting nanowires

Topological protection could lead to better quantum computers

Shor’s algorithm is implemented using five trapped ions

Quantum-computing scheme could be scaled-up to perform practical calculations

Photograph of the Paul trap was used to create a five-qubit quantum computer

Related jobs

Related events

Quantum | Workshop Emergent Gauge Theories: Bridging Quantum Matter, Quantum Information, and Fundamental Interactions 1—19 June 2026 | Dresden, Germany
Quantum | Workshop Engineered Strongly Interacting Lattice Models with Atomic Quantum Simulators 29 June — 3 July 2026 | Dresden, Germany
Quantum | Forum Quantum many-body systems out of equilibrium: Relaxation, thermalization and ergodicity breaking (QMBSOE26) 31 August — 4 September 2026 | Dresden, Germany

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