Cryptography in a (post-)quantum world
Speaker: Carlos Cid, Simula UiB and Okinawa Institute of Science and Technology Title: Cryptography in a (post-)quantum world Abstract: In this talk will discuss how
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Zoom-talk: Coupled-Cluster Theory for ground- and excited eigenstates
Speaker: Andre Laestadius, OsloMet Title: Coupled-Cluster Theory for ground- and excited eigenstates Abstract: In the single-reference coupled-cluster theory, by means of the exponential ansatz, the Schrödinger
Annual Gathering 2023
Annual gathering for all Gemini-center members.
Zoom-talk: Quantum-Resistant Cryptography From Lattices
Seaker:Hans Heum, NTNU Title: Quantum-Resistant Cryptography From Lattices Abstract: In this talk I will answer a question left unanswered at the recent meeting in Trondheim,
Zoom-talk: Software Stack for Quantum Computing
Speaker: Miroslav Dobsicek, Chalmers from the Wallenberg Center for Quantum Technology WACQT Title: Software Stack for Quantum Computing Abstract: The software stack for a superconducting
Regular meeting
We discuss points on the agenda. Join Zoom Meeting: https://zoom.us/j/92762737127
Regular meeting
We discuss points on the agenda. Join Zoom Meeting: https://zoom.us/j/92762737127
Zoom-talk: Optimal mixers restricted to subspaces and the stabilizer formalism
Speaker: Franz G. Fuchs, SINTEF Title: Optimal mixers restricted to subspaces and the stabilizer formalism Abstract: We present a recent work (https://arxiv.org/abs/2306.17083) on mixers constrained
Emergent computations for emerging technologies
Speaker: Dragana Laketic, NTNU Title: Emergent computations for emerging technologies Abstract: One of the most vibrant research communities of today is the one around materials
Post-Quantum Signature Schemes and the Oil-and-Vinegar Problem
Speaker: Morten Øygarden, Simula UiB Title: Post-Quantum Signature Schemes and the Oil-and-Vinegar Problem Abstract: Recent years have seen a huge effort in the study of
Quantum Error Correction from a Classical-Friendly World-View
Speaker: Hsuan-Yin Lin, Simula Title: Quantum Error Correction from a Classical-Friendly World-View Abstract: Quantum error correction is the foundation for protecting quantum systems and scaling
Point Defects in Semiconductors for Quantum Technologies
In this presentation, I will introduce the concept of point defects in semiconductors for QT, and discuss which properties we are looking for when selecting materials and defects to develop towards a specific application. Then, I will provide an overview of the theoretical and experimental activity devoted to point defect SPEs that is ongoing at the University of Oslo, before finally discussing some selected research highlights on defect based quantum emitters.