Marius Neumann, M. Sc.

As part of the ATIQ project for the development of an ion trap quantum computer, various semiconductor components are measured at cryogenic temperatures at the emg. One of these components is an integrated shuttling controller, which controls the ion position in the quantum computer. The aim of this work is to develop a circuit board that provides the necessary control signals for this chip.

Prior knowledge: board design
Keywords: quantum computer, semiconductor components, board design, cryogenic applications

As part of the ATIQ project for the development of an ion trap quantum computer, various semiconductor components are measured at cryogenic temperatures at the emg. One of these components is an integrated shuttling controller, which controls the ion position in the quantum computer. In this work, software is to be developed with which this chip can be tested efficiently.

Prior knowledge: Python

Keywords: quantum computers, semiconductor devices, software, cryogenic applications

As part of the ATIQ project for the development of an ion trap quantum computer, various semiconductor components are measured at cryogenic temperatures at the emg. In this work, an amplifier circuit is to be designed which can be placed between the component and the measuring device in order to amplify the output signal of the semiconductor components.

Prior knowledge: Board design

Keywords: quantum computers, semiconductor devices, platinum design, cryogenic applications