Lab State: Conception (find more on our wiki)
In a world where big data is ubiquitous, fast and efficient data processing is indispensable. To this end, vast global investment in the emerging quantum computing technology has revived hopes to build a full-scale quantum computer in the foreseeable future, that can foster our computing power. In the meantime, intensive research is being carried out to develop algorithms that are efficiently run on the so-called Noisy Intermediate Scale Quantum (NISQ) computers. Our focus in the QuOne Lab is to catch up with and contribute to cutting-edge researches in these areas.
- Artin Tajdini (Research Assistant)
- Omid Etesami (Visiting Researcher)
Publications and Resources
|PL-20-QU-0011||Journal Paper||Separation of quantum, spatial quantum, and approximate quantum correlations||S. Beigi||2020|
|PL-21-QU-0021||Preprint Paper||Limits of Short-Time Quantum Annealing||A. H. Moosavian, S. S. Kahani, S. Beigi||2021|
|PL-21-QU-0031||Preprint Paper||Time and Query Optimal Quantum Algorithms Based on Decision Trees||S. Beigi, L. Taghavi, A. Tajdini||2021|
|CO-21-QU-0011||Course Material||1000qubit Resources||R. Aghaei Saem, A. H. Moosavian, S. Beigi, L. Taghavi, E. Abedi, S. S. Kahani||2021|
Open Positions at QuOne
Unfortunately, there is no open position right now. Check out other vacancies here
Collaboration with QuOne
We welcome collaborations. No single discipline has all the answers needed to build QuOne, and we’ve found that many exciting new ideas come from dedicated collaboration between different fields. Learn more about collaboration terms.