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Sept. 22, 2022 — Oxford Devices has introduced that Professor Angelo Di Bernardo, Affiliate Professor within the Division of Physics on the College of Konstanz, and Dr. Alexander Grimm, a researcher within the Photon Science Division on the Paul Scherrer Institut have been chosen because the joint winners of the 2022 Nicolas Kurti Science Prize.
The Award acknowledges Di Bernardo’s achievements within the spectroscopy of spin-polarized (spin-triplet) states in superconductor/ferromagnet hybrids and for the invention of recent coupling results and quantum phases present on the surfaces and interfaces of strongly-correlated electron supplies and supplies with low dimensionality.
Grimm earned his place as an Award winner for his work on non-linear results in Josephson junctions for quantum data processing, involving:
The experimental demonstration of antibunching statistics within the photons emitted by inelastic Cooper-pair tunneling by way of a voltage-biassed Josephson junction. The creation of a novel autonomously stabilized qubit in a two-photon pushed Kerr-nonlinear superconducting resonator.
The target of the Nicholas Kurti Science Prize is to advertise and acknowledge the novel work of younger scientists working within the fields of low temperatures and/or excessive magnetic fields in Europe.
“Each Grimm’s and Di Bernardo’s work is extremely thrilling – evidenced by the panel’s incapacity to decide on between them for this 12 months’s prize,” stated Stuart Woods, Managing Director of Oxford Devices NanoScience. “It’s nice to see such modern and groundbreaking work being produced in low-temperature physics which can make a genuinely impactful distinction to the growing area.”
Dr Alexander Grimm stated: “I really feel really honored to be awarded the Nicholas Kurti prize. It highlights the rising analysis areas of Josephson photonics and bosonic quantum data processing, each of which depend on the superb versatility of the Josephson junction as a generator of nonlinear processes on the quantum stage. I’m very pleased to have been capable of contribute to those fields. On the similar time I want to emphasize that our analysis is at all times a group effort and so I want to acknowledge the contributions of my colleagues and collaborators to our scientific outcomes.”
Professor Angelo Di Bernardo stated: “I’m honored to obtain the Nicholas Kurti prize. The prize highlights the significance of characterizing novel states and phases rising from the coupling of superconductors to different supplies for the event of low-dissipation superconducting electronics. I need to specific my honest gratitude to the awarding committee and to all of the incredible researchers with whom I’ve had the pleasure to collaborate.”
About Professor Angelo Di Bernardo
Primarily based on his important achievements within the area of unconventional superconductors, Professor Di Bernardo moved to Konstanz College in October 2019 the place he constructed and now heads up his impartial analysis group, ‘Superspintronics with oxides and 2D supplies’, which was funded by the distinguished Sofja-Kovalevskaja-Award of the Alexander von Humboldt Basis. The strides Di Bernardo’s group have made within the area, resembling their discovery that an unconventional methodology, like low-energy muon spectroscopy, has big potential within the exploration of spectroscopic properties of unconventional superconducting phases, means that Di Bernardo’s title will change into more and more related to the literature revealed on this growing area.
About Dr Alexander Grimm
Grimm’s work on the Josephson junction has streamlined and simplified the method of manipulating photons with a view to convert advanced microwave drives into attention-grabbing quantum mechanical states of sunshine. Grimm’s gadget – not like the earlier methodology which concerned using advanced and high-powered microwave drives – can emit these states whereas solely being addressed by a easy DC voltage. These new discoveries will allow a novel strategy to producing and manipulating quantum microwaves, and may have a big selection of functions in experiments which discover quantum amplification and microwave lasing.
In regards to the Nicholas Kurti Science Prize
The 2022 Nicholas Kurti Science Prize choice committee is chaired by Professor George Pickett, Lancaster College and contains Professor Rolf Haug, Universität Hannover, Professor Vladimir Dmitriev, P L Kapitza Institute, Moscow, Professor Dominik Zumbühl, College of Basel and Dr Silviano De Francheshi, CEA-INAC.
Oxford Devices is conscious that there’s a vital and sometimes troublesome stage for a lot of between finishing their PhD and gaining a everlasting analysis place. The corporate subsequently want to assist people who’re producing modern work by providing help each financially and thru the promotion of their analysis work. The prize is known as after Professor Nicholas Kurti (1908-1998), who is understood for his distinguished work in ultra-low temperature physicsat the Clarendon Laboratory, Oxford College.
The earlier winners of the Nicholas Science Prize are Rebeca Ribeiro-Palau, Centre de Nanosciences et de Nanotechnologies (C2N), CNRS, Saclay, France, Landry Bretheau, Institut Polytechnique de Paris and Dr. Tino Gottschall, Group Chief at Dresden Excessive Magnetic Discipline Laboratory.
Supply: Oxford Devices