The new Heidelberg Quantum Architecture (HQA) is a next-generation quantum gas experiment aimed at versatile and simplified assembly of many-body systems.
The project is a joint effort by Professors Selim Jochim and Matthias Weidemüller. Construction of the experiment will begin in the fall of 2019 and several thesis projects at the Bachelor, Master and PhD level are available. Interested students should contact Selim Jochim, Matthias Weidemüller, or Philipp Preiss.
The aim of this project is to design a versatile, modular optical system for quantum gas experiments. We will develop a standardized platform to make mounting of optics repeatable, reliable and fast: Individual elements can be pre-aligned, are interchangeable, and verifiable. These features are key in creating an experiment that can easily be reconfigured and realigned. This project will go hand-in-hand with the optics design for the new Heidelberg Quantum Architecture and establish a standardized toolkit for future experiments. Key elements are:
The new experiment will combine tweezer and lattice geometries with a high-resolution imaging setup (quantum gas microscope). In this project, we will design and implement the required high-NA optical system. Key elements are:
The experimental control system will use a new, modular architecture based on distributed DACs and ADCs to generate and read analog and logic waveforms. One possible implementation is to use readily available RedPitaya platform (or similar) to implement control signals, PID loops, laser locks etc. Components of the project are:
The new Heidelberg Quantum Architecture will require several laser systems, including frequency-locked diode lasers and high-power fiber amplifiers. Several projects are available to build and benchmark laser systems. Key components:
In this project, we will design and build the mechanical and vacuum setup for the Heidelberg Quantum Architecture, hand-in-hand with ongoing PhD and Master projects. Key components: