Jacob Daniel Benestad
About
My research area mostly focuses on machine learning for tuning and controlling semiconductor quantum dot systems. Specifically, I work with topics such as Bayesian statistics for optimising Hamiltonian parameter estimation, evolutionary strategies for automatic tuning of semiconductor devices and fast readout by radio-frequency reflectometry of spin qubits. This work is part of my PhD at QuSpin, being supervised by Prof. Jeroen Danon.
Competencies
Publications
2024
-
Benestad, Jacob Daniel;
Tsintzis, Athanasios;
Seoane Souto, Rubén;
Leijnse, Martin;
van Nieuwenburg, Evert;
Danon, Jeroen.
(2024)
Machine-learned tuning of artificial Kitaev chains from tunneling spectroscopy measurements.
Physical review B (PRB)
Academic article
-
Berritta, Fabrizio;
Krzywda, Jan A.;
Benestad, Jacob Daniel;
Van Der Heijden, Joost;
Fedele, Federico;
Fallahi, Saeed.
(2024)
Physics-informed tracking of qubit fluctuations.
Physical Review Applied
Academic article
-
Benestad, Jacob Daniel;
Krzywda, Jan A.;
van Nieuwenburg, Evert;
Danon, Jeroen.
(2024)
Efficient adaptive Bayesian estimation of a slowly fluctuating Overhauser field gradient.
SciPost Physics
Academic article
2023
-
Mæland, Kristian;
Abnar, Sara;
Benestad, Jacob Daniel;
Sudbø, Asle.
(2023)
Topological superconductivity mediated by magnons of helical magnetic states.
Physical review B (PRB)
Academic article
Journal publications
-
Benestad, Jacob Daniel;
Tsintzis, Athanasios;
Seoane Souto, Rubén;
Leijnse, Martin;
van Nieuwenburg, Evert;
Danon, Jeroen.
(2024)
Machine-learned tuning of artificial Kitaev chains from tunneling spectroscopy measurements.
Physical review B (PRB)
Academic article
-
Berritta, Fabrizio;
Krzywda, Jan A.;
Benestad, Jacob Daniel;
Van Der Heijden, Joost;
Fedele, Federico;
Fallahi, Saeed.
(2024)
Physics-informed tracking of qubit fluctuations.
Physical Review Applied
Academic article
-
Benestad, Jacob Daniel;
Krzywda, Jan A.;
van Nieuwenburg, Evert;
Danon, Jeroen.
(2024)
Efficient adaptive Bayesian estimation of a slowly fluctuating Overhauser field gradient.
SciPost Physics
Academic article
-
Mæland, Kristian;
Abnar, Sara;
Benestad, Jacob Daniel;
Sudbø, Asle.
(2023)
Topological superconductivity mediated by magnons of helical magnetic states.
Physical review B (PRB)
Academic article
Teaching
Held a lecture in TFY4340 Nanophysics as a substitute for my supervisor Jeroen Danon
Outreach
2024
-
PosterMæland, Kristian; Abnar, Sara; Benestad, Jacob Daniel; Sudbø, Asle. (2024) Magnon-mediated topological superconductivity. SFF QuSpin, Center for Quantum Spintronics Quantum Spintronics 2024 - International Conference , Trondheim 2024-06-05 - 2024-06-07