Our own, until recently, Master’s student Maryam Lotfigolian, has been hired to work on Ruter’s quantum AI-project this summer. We are proud of you, Maryam!
Read more about her interest in quantum computing in this article.
Here you can see a presentation given by Umair Imam on this promising quantum application:
The talk was given on the QCNorway workshop in November 2022.
Friday June 9th 2023 we had the pleasure of listening to Tanner Culpitt, postdoc at the Hylleraas Centre, giving a presentation entitled Electronic Structure and Molecular Dynamics in a Strong Magnetic Field. In addition to outlining how such systems can be studied non-perturbatively, he also shared ideas on how quantum computers may be useful in this context.
The seminar was part of a double MatMod seminar, in which also George Hitching from the Faculty of Education and International Studies at OsloMet presented a talk on Moduli of bundles over algebraic curves.
Full abstract for Tanners presentation:
The electronic structure and dynamics of molecules in magnetic fields have historically been treated perturbatively. A perturbative treatment is successful at weaker field strengths, such as those found on Earth. At higher field strengths such as those found in white dwarf stars or neutron stars, a perturbative treatment is inadequate, and new tools are needed to accurately model electronic structure and dynamics. This talk will focus on the theoretical development and application of these tools. Additionally, recent developments in the application of quantum algorithms for the calculation of molecular properties in a magnetic field will be discussed.
In May 2023 our Hub was visited by Alexander Bendiksen who talked with Sølve Selstø about quantum physics, quantum computing – and the meaning of life. Listen to his post in his podcast Bendiksen Airways here (Norwegian):
In May, 2023, both Andre Laestadius and Sølve Selstø from the Hub had the pleasure of being invited to the CAS workshop Molecular quantum dynamics, organized by Simen Kvaal and Thomas Bondo Pedersen at the Hylleraas Centre for Quantum Molecular Science. The workshop is affiliated with the CAS project Attosecond Quantum Dynamics Beyond the Born-Oppenheimer Approximation.
Andre presentation was entitled Homotopies and Coupled-Cluster Theory; the coupled-cluster method is a widely used approach in quantum chemistry which, in recent years, also have found several applications to quantum dynamics as well. Sølve presented ideas on using complex absorbing potential to obtain photoelectron spectra and simulate detectors.
Friday 26th of May Kishore Thapliyal, from Palacky University, Olomouc, Czecch Republic, will visit the Quantum Hub and tell us about his work on secure quantum computation.
Title and abstract:
Experimental generation of engineered multi-mode quantum states to use in secure quantum computation
The idea of secure multiparty computation will be briefly reviewed. With the help of an example relevance of a quantum solution for such secure computation tasks in socioeconomic problems will be mentioned. Such relevant socioeconomic problems could be auction, voting, private comparison, etc. Quantum solutions for one such problem, anonymous veto, will be proposed with focus on the requirements of the desirable protocol. The solution uses multiparty densecoding which requires entanglement to be shared among the voters. A multiparty densecoding based protocol for quantum conference will also be discussed. Generation, transmission, and maintenance of such entangled states is a challenging task. In this context, some non-Gaussian operations are known useful for entanglement distillation. Here, we discuss photon subtraction on both signal and idler beams of a multi-mode twin beam generated experimentally. Joint photon-number distributions of photon-subtracted twin beams are monitored by an iCCD camera. The effect of photon subtraction on average photon numbers, nonclassical and non-Gaussian properties and entanglement of the generated states is studied considering the states obtained by subtracting up to four signal and idler photocounts.
References
[1] S. Mishra, K. Thapliyal, A. Parakh, and A. Pathak, Quantum anonymous veto: A set of new protocols, EPJ Quantum Technology 9, 14 (2022).
[2] K. Thapliyal, J. Peřina Jr., V. Michalek, R. Machulka, and O. Haderka, Experimental characterization of photon-subtracted twin beams, Communicated (2023).
It was our pleasure to invite you all to an interesting seminar by Simen Kvaal from University of Oslo. Simen is a quantum physicist with the Hylleraas centre at the Department of Chemistry, UiO. The title of his talk is “No need for a grid: Gaussians for the time-dependent Schrödinger equation”.
Read more about it here: https://arxiv.org/abs/2207.00271
We are pleased to invite you to listen to and talk with Stefanos Carlström from Lund University, who is going to present his work on Mathematical methods for high-dimensional physics; atoms and molecules in strong laser fields.
This invite goes out to the Dept. of Computer Science – and a few other colleges for whom this seminar could be of interest. Perhaps I have missed some; do not hesitate to forward this invitation to anyone who might be interested.
Here, under the heading Vår forskning viser [Our research shows that], Sølve Selstø talks about what strange quantum phenomena actually has several technological applications. In Norwegian.
November 7th and 8th, 2022, jointly with Simula, Sigma 2 and Sintef, OsloMet organized a workshop in order to highlight and emphasize the need to establish a Norwegian strategy when it comes to quantum computing.
Website: https://www.qcnorway.no/
The workshop featured contributions from several notable experts in the field of quantum computing and more than 80 in-person participants.
All presentations may be found on the website.
Here is the OsloMet Quantum Hub’s own contribution: The OsloMet Quantum Hub: Bringing the Quantum to the People.
Note also this interesting presentation from Shaukat Ali: Time for another Simula
and Umair Imam’s presentation on how Ruter has sucessfully implemented quantum machine learning: How Ruter uses Quantum computing in its machine learning algorithms.
Aleksandar Davidov, Sergiy Denysov and Sebastian T. Overskott at our Quantum Hub are all affiliated with this project.
Andreas Ahlgren at Sopra Steria is a genuine quantum enthusiast. In September 2022 his enthusiasm was merged with that of Lars Nordbryhn at IBM and Sølve Selstø from our Quantum Hub at Sopra Steria’s “Quantumkväll”. Together they presented their perspectives on quantum computing – what it is and how it could be used. It was a pleasure to see that several of Andreas’ colleges decided to join. The enthusiasm seems to be contagious.
