Institute for Quantum information processing
- 1:
Research lines.- 1.1:
Theory of quantum information processing. - 1.2: Archiv.
- 1.2.1:
Solid state quantum computer. - 1.2.2: Electron quantum computing.
- 1.2.3: Micro ion traps for scalable QIPC.
- 1.2.1:
- 1.1:
- 2: Publications.
- 3: Öffentlichkeit.
- 4: Teaching.
- 5: Colloquia and seminars.
- 6: Members.
- 7: Open positions.
- 8: funding.
Developing specialized mirco ion traps for scalable QIPCMicro ion traps for scalable QIPC
The experiments moved to the
university of Mainz since spring 2010.
Developing specialized micro ion traps for scalable QIPC
Miniaturized multi-segmented ion traps are a promising architecture for quantum information processing in a scalable way. This project covers the development and characterization of scalable microchip sized ion traps and their ready-to-use application in quantum information science. Quantum algorithm experiments with microtraps requires high-quality engineered trap devices with long life cycle. 
more...
Coherent operations and gate operations with ions in the micro ion trap
Different ways to encode qubits in ion energy levels possible in 40Ca+ ions. more...
Ultrafast transport of ions, splitting and recombining linear crystals
Micro ion traps allow in an ideal way to shuttle ions and to split or to recombine ion crystals. more...
Cavity QED experiments with trapped ions
The narrow slit of the micro ion trap allows for an optical cavity with high coupling such that the strong coupling regime is reached. more...
- Scheme for the ion light coupling within a micro-structured segmented trap with fibre optical cavities.