The Silicon Quantum Electronics Workshop is a workshop series that began in 2007 as a means to exchange about the progress in silicon qubits. It has since evolved into the venue of choice to showcase and learn about the latest developments in the field of electrically-controlled spin qubits in semiconductor quantum dots and donors. Although historically focussed on silicon, contributions on germanium and gallium-arsenide are welcome.
In keeping with the tradition that has developed, there will be no invited speakers. Students, postdocs, and senior researchers are encouraged to submit abstracts. As many abstracts as possible will be selected for oral presentations, and there will also be poster sessions.
More info at https://siqew2024.ch/
Submission deadline: May 6th, 2024
Registration deadline: July 1st, 2024
Students, postdocs and senior researchers are cordially invited to submit abstracts. Presenters are encouraged to go into their topic in depth.
Contributions from companies and startups are welcome. However, they will be treated and selected on the same basis as academic ones, based on the scientific merit and perceived interest to the community. Product demos are not acceptable (consider becoming a sponsor instead!).
The submissions will be evaluated by a large international committee of scientists for quality, novelty and interest. The committee members will be made public at a later stage.
Contributed oral presentations
15 minutes + 5 min questions
Presenters can choose to be offered a poster slot if they aren’t selected for a talk (this option doesn’t influence the selection process).
Expect to submit a one-page abstract, with ~300 words text and 1 figure (8.5 cm high, 13 cm wide). We encourage authors to submit an optional small figure to better portray their results.
Contributed posters
Two poster sessions, 2 h each
Maximum A0 format, portrait (vertical) orientation
Expect to submit a one-page abstract, with ~300 words text and 1 figure (8.5 cm high, 13 cm wide). We encourage authors to submit an optional small figure to better portray their results.