Ion trap technology belongs to the most promising hardware architectures to realize a practical quantum computer. Besides record-high fidelities for elementary operations, trapped ion qubits have the key-advantage of long coherence times to store quantum information and to be intrinsically equal by nature.
In our approach the qubits are confined by static and oscillating electric fields above the surface of a microfabricated quantum processor. For coherent qubit control we utilize a unique microwave approach pioneered by our co-founder Prof. Ospelkaus in 2008 (theory) and 2011 (demonstration) during his work with the nobel laureate Dave Wineland.
Ion trap technology belongs to the most promising hardware architectures to realize a practical quantum computer. Besides record-high fidelities for elementary operations, trapped ion qubits have the key-advantage of long coherence times to store quantum information and to be intrinsically equal by nature.
In our approach the qubits are confined by static and oscillating electric fields above the surface of a microfabricated quantum processor. For coherent qubit control we utilize a unique microwave approach pioneered by our co-founder Prof. Ospelkaus in 2008 (theory) and 2011 (demonstration) during his work with the nobel laureate Dave Wineland.
Ion trap technology belongs to the most promising hardware architectures to realize a practical quantum computer. Besides record-high fidelities for elementary operations, trapped ion qubits have the key-advantage of long coherence times to store quantum information and to be intrinsically equal by nature.
In our approach the qubits are confined by static and oscillating electric fields above the surface of a microfabricated quantum processor. For coherent qubit control we utilize a unique microwave approach pioneered by our co-founder Prof. Ospelkaus in 2008 (theory) and 2011 (demonstration) during his work with the nobel laureate Dave Wineland.
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