Task Description:
When compiling a quantum computer, there are many optimizations that can be applied in an optimization sequence.
However, it is not clear what kind of impact an optimization A has on a later optimization B.
It might be that A boosts B, but it can also be that A makes B worse, or maybe it has no impact at all.
The idea of this thesis is to try to find out what impact optimizations have on each other.
Prerequisites:
- Prior knowledge on quantum computing
- Prior knowledge on how (quantum) compilers work is helpful but not mandatory
Overview of the Tasks:
- Familiarize with one or more quantum compilers (apart from Qiskit's) and how to apply optimizations
- Investigate different optimization sequence orders
- Analyze the impact of those optimization orders for the resulting quantum circuit regarding multiple optimization criteria
Get in touch:
In case you are interested, please send a short e-mail (German or English) with your motivation and which prerequisites you fulfill to michelle.to@nm.ifi.lmu.de. Please do not send long e-mails generated by a large language model.
If you have any questions, please don't hesitate to get in touch.
Organisatorisches:
Aufgabensteller:
Prof. Dr. D. Kranzlmüller
Dauer der Arbeit:
- Bachelorarbeiten: 3 Monate
Anzahl Bearbeiter:
1
Betreuer: