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I will first present how quantum sensing techniques can be used to probe axion dark matter. I will then show how one can extend these ideas to radioastronomical signals. I will show first proof of principle experiments on 21-cm signals. The extension to the problem of detecting 21-cm signals of the Cosmic Dawn or the Epoch of Reionization in the early Universe will be discussed.\u003C/p>","2026-02-09T19:08:49.828Z","2026-05-29T18:57:54.141Z","2026-02-09T19:08:51.540Z","59",[809],{"id":309,"name":810,"committee":16,"position":16,"affiliation":811,"email":16,"biography":812,"createdAt":813,"updatedAt":814,"url_path_id":815,"contactPhoto":816,"socialLinks":851,"url_path":852}," Takis Kontos","Research Fellow, Institute of Astrophysics-FORTH, Greece, and co-founder of C12 Quantum Electronics","\u003Cp>\u003Cspan style=\"background-color:transparent;color:#000000;\">The research of Takis Kontos is mainly based on the implementation of hybrid quantum circuits, aiming to reveal new states of matter or to exploit quantum mechanical properties of circuits. During his thesis at CSNSM, Orsay, France, he studied the interplay of superconductivity and ferromagnetism in multilayers of superconductors and ferromagnetic alloys together with Marco Aprili and Jérôme Lesueur. He moved as a postdoctoral researcher to the University of Basel, Switzerland, in the group of Prof. Christian Schönenberger, where he studied spin transport in carbon nanotubes. Since 2005, he has been permanent CNRS researcher at LPENS, Ecole Normale Supérieure, first as a research associate and, since 2013, as a research director. In collaboration with Audrey Cottet for the theoretical aspects, his research has focused on the implementation of a circuit quantum electrodynamics architecture with carbon nanotubes. He could shed new light on fundamental aspects of condensed matter such as the Kondo effect. He could also develop a synthetic spin-photon interface for single spins trapped in carbon nanotubes. 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He is also a research fellow at the Institute of Astrophysics-FORTH, Crete, Greece.\u003C/span>\u003C/p>","2026-02-09T19:06:43.833Z","2026-02-10T20:16:31.535Z","58",{"id":817,"name":818,"alternativeText":16,"caption":16,"width":819,"height":820,"formats":821,"hash":847,"ext":823,"mime":512,"size":848,"url":849,"previewUrl":16,"provider":30,"provider_metadata":16,"createdAt":850,"updatedAt":850},55,"Takis Kontos.jpeg",966,1138,{"large":822,"small":829,"medium":835,"thumbnail":841},{"ext":823,"url":824,"hash":825,"mime":512,"name":826,"path":16,"size":827,"width":828,"height":581},".jpeg","https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/large_Takis_Kontos_0940a665a2.jpeg","large_Takis_Kontos_0940a665a2","large_Takis Kontos.jpeg",161.8,849,{"ext":823,"url":830,"hash":831,"mime":512,"name":832,"path":16,"size":833,"width":834,"height":515},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/small_Takis_Kontos_0940a665a2.jpeg","small_Takis_Kontos_0940a665a2","small_Takis Kontos.jpeg",44.71,424,{"ext":823,"url":836,"hash":837,"mime":512,"name":838,"path":16,"size":839,"width":840,"height":594},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/medium_Takis_Kontos_0940a665a2.jpeg","medium_Takis_Kontos_0940a665a2","medium_Takis Kontos.jpeg",93.88,637,{"ext":823,"url":842,"hash":843,"mime":512,"name":844,"path":16,"size":845,"width":846,"height":26},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/thumbnail_Takis_Kontos_0940a665a2.jpeg","thumbnail_Takis_Kontos_0940a665a2","thumbnail_Takis Kontos.jpeg",6.24,132,"Takis_Kontos_0940a665a2",211.44,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/Takis_Kontos_0940a665a2.jpeg","2026-02-09T19:06:40.615Z",[],"-26","-27",{"id":410,"session":855},{"id":160,"title":856,"teaser":857,"body":858,"createdAt":859,"updatedAt":860,"publishedAt":861,"url_path_id":862,"contacts":863,"url_path":889},"Superconducting Transition-Edge Sensors for Applications in Space Astrophysics, Fusion Plasma and Particle Physics","\u003Cp>Low temperature X-ray instrument based on large arrays of superconducting transition edge sensors (TESs) microcalorimeters are the key technology for future space-based X-ray observatories such as the ESA-led mission newAthena and are becoming popular in groundbased experiments in the fields of laboratory astrophysics, plasma physics, particle physics and material analysis. Thanks to the sharp superconducting-to-normal transition a TES can detector very small temperature changes at low temperature. TES based X-ray microcalorimeter are non-dispersive spectrometers, which provide an exquisite resolving power (E/ΔE > 3000) over a wideband energy range, from 100 eV up to 15 keV or more, along with almost 100% quantum efficiency, imaging capability and very low background. \u003C/p>","\u003Cp style=\"text-align:justify;\">To read out an array of thousands of pixels in a satellite-based instrument, a sophisticated focal plane assembly and multiplexing schemes, such as Time Division Multiplexing (TDM) or Frequency Division Multiplexing (FDM) are required. These read-out schemes make use of Superconducting QUantum Interference Devices (SQUIDs) as very low noise, low power consumption current amplifiers. The high resolution cryogenic imaging spectrometer located in the focal plane of newAthena, the X-ray Integral Field Unit (X-IFU), is equipped with a large array of TES microcalorimeters and SQUID-based superconducting multiplexing read-out. In preparation for mission adoption, a space-flight compatible model of the Focal Plane Assembly (FPA) of the X-IFU, known as the Demonstration Model (DM), has been designed and manufactured at SRON through a collaborative effort with European and American partners. The DM is equipped with four TDM channels, each containing 34 pixels, and operates with TDM timing settings that align with the baselined 48-pixel operation. Additionally, SRON has recently initiated a program to enhance the technological readiness of a fully European detector chain, utilizing SRON full-fledged TES array and FDM as a backup for X-IFU. In this contribution, we will review the TES microcalorimeters and readout technology and investigate the the challenges of the implementation of the detection chain into the X-IFU Focal Plane Assembly (FPA). Simultaneously, to fully demonstrate the spectroscopic capabilities of SRON TES technology, we have recently utilized our FDM-based X-ray instrument in a hot plasma laboratory to study highly charged ions and their excited states. We have conducted extensive studies on iron, argon, nickel, and sulphur to support astrophysical observations. The results of this ongoing effort will also be presented. Finally, we will explore the potential use of large arrays of TES-based X-ray photon detectors in studying hot plasma for nuclear fusion research, material analysis, and the direct detection of solar axions.\u003C/p>","2026-03-22T14:41:22.101Z","2026-05-08T15:08:27.024Z","2026-03-22T14:43:54.869Z","75",[864],{"id":865,"name":866,"committee":16,"position":16,"affiliation":867,"email":16,"biography":868,"createdAt":869,"updatedAt":870,"url_path_id":871,"contactPhoto":872,"socialLinks":887,"url_path":888},35,"Luciano Gottardi","NWO-I/SRON Space research Organization Netherlands","\u003Cp style=\"margin-left:0px;text-align:justify;\">\u003Cspan style=\"background-color:transparent;color:rgb(0,0,0);\">Luciano Gottardi earned his PhD in Physics from the University of Leiden, The Netherlands, focusing on the development of mechanical transducers and low-noise superconducting quantum interference devices  for spherical gravitational wave detectors. He continued his research in Leiden as a postdoctoral researcher.\u003C/span>\u003C/p>\u003Cp style=\"margin-left:0px;text-align:justify;\">\u003Cspan style=\"background-color:transparent;color:rgb(0,0,0);\">Since 2005, he has been working at the Space Research Organization Netherlands (SRON) as instrument scientist. In this role, he is responsible for the development of superconducting transition-edge sensors for cryogenic x-ray imaging spectrometers and the frequency division multiplexing readout for future space missions.\u003C/span>\u003C/p>\u003Cp style=\"margin-left:0px;text-align:justify;\">\u003Cspan style=\"background-color:transparent;color:rgb(0,0,0);\">Recently, he has been leading efforts to transfer the  high-resolution X-ray spectrometer technology—developed for space applications—to new scientific frontiers, including laboratory astrophysics using advanced hot plasma sources, nuclear fusion plasma diagnostics and astroparticle physics.\u003C/span>\u003C/p>","2026-03-22T14:34:13.695Z","2026-03-26T20:10:06.984Z","74",{"id":873,"name":874,"alternativeText":16,"caption":16,"width":875,"height":875,"formats":876,"hash":882,"ext":20,"mime":23,"size":883,"url":884,"previewUrl":16,"provider":30,"provider_metadata":16,"createdAt":885,"updatedAt":886},63,"Gottardi.png",320,{"thumbnail":877},{"ext":20,"url":878,"hash":879,"mime":23,"name":880,"path":16,"size":881,"width":26,"height":26},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/thumbnail_Gottardi_34e7164fd3.png","thumbnail_Gottardi_34e7164fd3","thumbnail_Gottardi.png",68.04,"Gottardi_34e7164fd3",69.09,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/Gottardi_34e7164fd3.png","2026-03-22T14:33:14.547Z","2026-03-22T14:33:39.632Z",[],"-38","-39",{"id":438,"session":891},{"id":167,"title":892,"teaser":893,"body":894,"createdAt":895,"updatedAt":896,"publishedAt":897,"url_path_id":898,"contacts":899,"url_path":931},"Giving Supercurrents a Greater Sense of Direction","\u003Cp>A diode is a one-way valve for electrical currents. In the superconducting analogue, supercurrents preferentially flow in one direction along a wire or across a Josephson junction. This non-reciprocal flow, known as the superconducting diode effect (SDE), has been demonstrated in superconducting films, wires and Josephson junctions [1–3], and is attractive for low-dissipation superconducting electronics and as a probe of unconventional superconducting states. The central challenge is to identify what causes the non-reciprocity and to control it. Intrinsic SDEs are expected when both inversion and time-reversal symmetries are broken. For example, through structural asymmetry and spin–orbit coupling in conjunction with a magnetic exchange field in wires and Josephson junctions, which can generate finite-momentum Cooper pairs and direction-dependent de-pairing currents [1–3].\u003C/p>","\u003Cp>However, similar diode-like behaviour can arise from device-level or extrinsic effects, including vortex motion [4], geometric asymmetry [5], and magnetochiral contributions [6,7]. Distinguishing these mechanisms is essential if SDEs are to be understood and controlled. In this talk, I will present my groups experimental work on SDEs in wires in which common extrinsic origins of non-reciprocal supercurrents can be ruled out. By establishing a well-controlled platform for superconducting diode behaviour in superconducting wires with interfacial spin-orbit coupling, we are able to generate diode efficiencies that exceed 70% with engineered layer thicknesses. The results are key towards the development of low energy superconducting spintronic and spin-orbitronic devices.\u003Cbr>References\u003Cbr>[1] M. Nadeem et al., Nat. Rev. Phys. 5, 558 (2023).\u003Cbr>[2] F. Ando et al., Nature 584, 373 (2020).\u003Cbr>[3] M. Amundsen, J. Linder, J. W. A. Robinson, I. Žutić, N. Banerjee, Rev. Mod. Phys. 96, 021003 (2024).\u003Cbr>[4] A. Gutfreund et al., Nat. Commun. 14, 1630 (2023).\u003Cbr>[5] Y. Hou et al., Phys. Rev. Lett. 131, 027001 (2023).\u003Cbr>[6] B. Pal et al., Nat. Phys. 18, 1228 (2022).\u003Cbr>[7] H. F. Legg et al., Phys. Rev. B 106, 104501 (2022).\u003C/p>","2026-03-26T19:46:32.308Z","2026-05-21T22:20:33.897Z","2026-03-26T20:03:41.910Z","78",[900],{"id":901,"name":902,"committee":16,"position":16,"affiliation":903,"email":16,"biography":904,"createdAt":905,"updatedAt":905,"url_path_id":906,"contactPhoto":907,"socialLinks":929,"url_path":930},42,"Jason Robinson","University of Cambridge","\u003Cp>\u003Cspan style=\"background-color:transparent;color:#000000;\">Jason Robinson is a Professor of Materials Physics at the University of Cambridge where he is the Head of the Department of Materials Science & Metallurgy, Director of the Quantum Materials & Devices Group, and co-director of the Centre for Materials Physics. His experimental research focuses on the development of quantum materials and devices for low power electronics, approaching key problems in the fields of spintronics, superconductivity, and quantum technologies. He has made major contributions to these fields, including the discovery of s-wave triplet Cooper pairs and pioneering the field of superconducting quantum spintronics.\u003C/span>\u003C/p>","2026-05-21T22:17:13.104Z","93",{"id":908,"name":909,"alternativeText":16,"caption":16,"width":910,"height":911,"formats":912,"hash":925,"ext":509,"mime":512,"size":926,"url":927,"previewUrl":16,"provider":30,"provider_metadata":16,"createdAt":928,"updatedAt":928},88,"Robinson.jpg",510,512,{"small":913,"thumbnail":919},{"ext":509,"url":914,"hash":915,"mime":512,"name":916,"path":16,"size":917,"width":918,"height":515},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/small_Robinson_761663e194.jpg","small_Robinson_761663e194","small_Robinson.jpg",34.84,498,{"ext":509,"url":920,"hash":921,"mime":512,"name":922,"path":16,"size":923,"width":924,"height":26},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/thumbnail_Robinson_761663e194.jpg","thumbnail_Robinson_761663e194","thumbnail_Robinson.jpg",6.57,155,"Robinson_761663e194",34.98,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/Robinson_761663e194.jpg","2026-05-21T22:16:57.943Z",[],"-56","-41",{"id":90,"session":933},{"id":348,"title":934,"teaser":935,"body":936,"createdAt":937,"updatedAt":938,"publishedAt":939,"url_path_id":940,"contacts":941,"url_path":974},"Superconducting Spintronics for Racetrack Memory","\u003Cp>Superconducting spintronics is a highly interesting area of research which allows, for example, for the formation of unconventional superconducting states via proximity induced superconductivity in certain magnetic materials. We have shown that Josephson junctions fabricated from conventional s-wave superconductors that have barriers formed from an intrinsic noncollinear antiferromagnet or from magnetic multilayers designed to have magnetic layers with orthogonal magnetizations show very high supercurrent critical densities that are indicative of the formation of triplet supercurrents. Another highly interesting finding is the observation of a Josephson Diode effect (JDE) in both lateral and vertical Josephson junctions where the barrier is formed from a material that breaks both time reversal symmetry and inversion symmetry. The simplest case is perhaps that of the pure metal platinum that is magnetized at one surface by proximity to an insulating ferromagnet in a direction perpendicular to the supercurrent that is created by niobium electrodes at the opposing surface.\u003C/p>","\u003Cp>We find large asymmetries in the supercurrent critical density that increase with decreasing temperature below that of the superconducting ordering temperature of niobium. A more exotic case is where the barrier in lateral Josephson junctions is formed from a type II Dirac semi-metal, NiTe. The superconducting critical current density shows large asymmetries for current flowing in opposite directions of up to 80% in the presence of small magnetic fields transverse to the supercurrent direction. The barriers can extend to almost a micron in extent and yet still allow for the passage of supercurrents. Similar results are found for barriers formed from PtTe. Vertical\u003Cbr>junctions formed from WTe also show a diode-like behavior in the presence of a magnetic field but only when the field is along a direction perpendicular to a mirror plane in the orthorhombic crystal structure of this unusual van der Waals material. The JDE could form a novel device for reading magnetic nanoscopic objects at ultra low temperatures. Triplet supercurrents that carry spin angular momentum could potentially be used to manipulate magnetization. Together these two superconducting spintronic effects are highly interesting for potential applications in cryogenic logic and memory that could support quantum computing systems. One of the most interesting applications is for a novel cryogenic form of racetrack memory.\u003C/p>","2026-03-26T20:08:25.657Z","2026-05-11T17:08:25.105Z","2026-03-26T20:08:29.392Z","80",[942],{"id":943,"name":944,"committee":16,"position":16,"affiliation":945,"email":16,"biography":946,"createdAt":947,"updatedAt":948,"url_path_id":949,"contactPhoto":950,"socialLinks":972,"url_path":973},37,"Stuart Parkin","Director, Max Planck Institute for Microstructure Physics, Halle (Saale), Germany ","\u003Cp style=\"text-align:justify;\">\u003Cstrong>Stuart Parkin \u003C/strong>received his B.A. in Physics and Theoretical Physics in 1977 and his Ph.D. in 1980 from the University of Cambridge, UK.\u003Cstrong> \u003C/strong>Parkin is an elected Fellow or Member: \u003Cstrong>Royal Society (London), Royal Academy of Engineering, National Academy of Sciences, National Academy of Engineering,\u003C/strong> \u003Cstrong>German National Academy of Science - Leopoldina\u003C/strong>, Royal Society of Edinburgh, Indian Academy of Sciences, and TWAS - academy of sciences for the developing world. Parkin’s awards include the American Physical Society International Prize for New Materials (1994); Europhysics Prize for Outstanding Achievement in Solid State Physics (1997); 2009 IUPAP Magnetism Prize and Neel Medal; 2012 von Hippel Award - Materials Research Society; 2013 Swan Medal - Institute of Physics (London); Alexander von Humboldt Professorship − International Award for Research (2014); \u003Cstrong>Millennium Technology Award (2014)\u003C/strong>; ERC Advanced Grant - SORBET (2015); \u003Cstrong>King Faisal Prize for Science 2021\u003C/strong>; ERC Advanced Grant – SUPERMINT (2022); \u003Cstrong>2024 APS Medal for Exceptional Achievement in Research\u003C/strong>; and \u003Cstrong>2024 Charles Stark Draper Prize of the National Academy of Engineering\u003C/strong>. Parkin has received 4 honorary doctorates. Parkin was named a “Highly Cited Researcher” for the years 2018-2025 and a Citation Laureate™ for 2023 by Clarivate. \u003C/p>","2026-03-26T20:06:27.665Z","2026-05-28T21:02:05.029Z","79",{"id":951,"name":952,"alternativeText":16,"caption":16,"width":953,"height":954,"formats":955,"hash":968,"ext":509,"mime":512,"size":969,"url":970,"previewUrl":16,"provider":30,"provider_metadata":16,"createdAt":971,"updatedAt":971},66,"Picture1.jpg",568,491,{"small":956,"thumbnail":962},{"ext":509,"url":957,"hash":958,"mime":512,"name":959,"path":16,"size":960,"width":515,"height":961},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/small_Picture1_c83bb25865.jpg","small_Picture1_c83bb25865","small_Picture1.jpg",33.26,432,{"ext":509,"url":963,"hash":964,"mime":512,"name":965,"path":16,"size":966,"width":967,"height":26},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/thumbnail_Picture1_c83bb25865.jpg","thumbnail_Picture1_c83bb25865","thumbnail_Picture1.jpg",7.35,181,"Picture1_c83bb25865",41.51,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/wolte26/Picture1_c83bb25865.jpg","2026-04-17T17:24:19.103Z",[],"-42","-43",{"data":976,"meta":977},{"id":227,"heading":246,"createdAt":251,"updatedAt":252,"publishedAt":253,"url_path_id":254,"url_path":247,"contentType":88},{},1788898926598]