Faculty, Students & Staff

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QDev Faculty

	Brian Møller Andersen Associate Professor bma*nbi.ku.dk +45 5046 8651 NBB, 2nd Floor	I am a theoretical condensed matter physicist focused on emergent properties of quantum materials, arising from electron-electron correlations or disorder. Read more >> My work over the recent years has mainly been centered on the understanding of various ordered phases in unconventional superconductors, quantum magnets, twisted bilayer graphene, heavy-fermion systems, and strongly disordered states of matter. In addition, I have explored the emergence of topological properties (edge states) of several of these quantum systems.
	Michele Burrello Associate Professor michele.burrello*nbi.ku.dk +45 9164 3544 NBB, 2nd Floor	The understanding of the topological properties of quantum matter has been a revolution in the theory of condensed matter Read more >> and it is one of the most fascinating discoveries of the last decades. My main research interest is the study of topological phases of matter, their engineering and the possibility they offer for quantum computation. I am a theorist working on different quantum many-body systems ranging from ultracold atoms to topological superconductors. Despite their different nature, I like to search the common structures which are at the core of their behavior.
	Anasua Chatterjee Assistant Professor anasua.chatterjee*nbi.ku.dk +45 7151 6503 HCØ Building 3-408	I work on small-scale quantum circuits, using high-frequency readout and control techniques to simulate and explore fundamental physical properties of matter. Read more >> My research interests as an experimental physicist span the intertwined fields of fundamental condensed matter physics and quantum information. They include quantum simulation, superconductivity, light-matter interaction and spin qubit arrays. High-frequency techniques allow us to reach very short readout timescales, while machine learning algorithms open up new ways of exploring the properties of complex nanodevices.
	Karsten Flensberg Professor flensberg*nbi.ku.dk +45 2513 2969 HCØ Bldg. 3-112/ NBB, 2nd Floor	Karsten Flensberg works is theoretical condensed matter physics. Read more >> Karsten Flensberg's work relates to quantum mechanic effects in nanostructures and superconductors - especially in context of quantum information systems, topological properties, and electron transport.
	Thomas Sand Jespersen Affiliate Professor tsand*nbi.ku.dk +45 2857 0164 HCØ Building 3-210	I am an associate professor working with experimental low temperature quantum transport at the Center for Quantum Devices. Read more >> My research focuses on the physics of semiconductor nanowires couples to superconductors and on mesoscopic phenomena in strongly correlated electron systems emerging at the interfaces of complex oxide heterostructures.
	Morten Kjaergaard Associate Professor mkjaergaard*nbi.ku.dk HCØ Building 3-418	My research is focused on the use of superconducting quantum bits as a platform to investigate quantum algorithms, quantum fault-tolerance and quantum verification and validation protocols. Read more >> Superconducting qubits are one of the few quantum computing modalities that support not only quantum device experiments but also quantum information experiments. We use them as a platform to study foundational questions related to quantum fault tolerance, generation and measurement of entanglement, efficient verification and validation protocols as well as small scale quantum algorithms and protocols.
	Peter Krogstrup Professor krogstrup*nbi.ku.dk +45 2671 5191 Blegdamsvej 17	Peter Krogstrup finished his PhD in physics in October of 2012, at the Niels Bohr Institute, University of Copenhagen. Read more >> Today, he is working as a professor at QDev, as a part of the Microsoft Station Q project with a specific focus on growing nanowire crystals that not only can produce majorana particles, but also control them. His main research interests are the field between material science and quantum transport with an ambition to produce new materials for future quantum electronic applications. Currently, his focus is directed towards controlling the formation of heterostructure III-V/superconductor nanowires for topological superconductor devices.
	Ferdinand Kuemmeth Professor kuemmeth*nbi.dk +45 2116 2657 HCØ Building 3-406	My focus centers on practical quantum design and cryogenic electric manipulation and readout techniques. Read more >> By choosing the material, geometry and boundary conditions, we create nanodevices with well/controlled, often surprising spin-electronic properties. Low-dimensional semiconductors such as nanowires and 2D electron gases challenge us to harness the role of spin-orbit coupling, type of confinement, and the interplay between conduction band, valence bands, and superconductivity.
	Martin Leijnse Associate Professor martin.leijnse*ftf.lth.se	I am a theoretical condensed matter physicist primarily interested in nanoscale systems. Read more >> On such small length scales, the physics is drastically different from what we know in our all-day life and is dominated by the laws of quantum mechanics. I investigate different ways of taking advantage of quantum mechanics to design for example electronic components with desirable properties.
	Yu Liu Assistant Professor yu.liu*nbi.ku.dk +45 3533 5502 HCØ Building 3-318	I joined QDev in May 2017. My task is focusing on developing ferromagnetic hybrid material platforms and exploring various possibilities of material combination to serve the study of topological superconducting systems.
	Charles Marcus Professor marcus*nbi.ku.dk +45 2034 1181 HCØ Building 3-116	Charlie Marcus is a Professor at NBI and heads the Center for Quantum Devices. He also taught Physics at Stanford University (92-99) and Harvard University (00-10). Read more >> His research interests include neural networks, quantum chaos, mesoscopic physics, fractional quantum Hall systems, quantum information, spin qubits and topological quantum states in condensed matter.
	Jesper Nygård Professor nygard*nbi.ku.dk +45 2462 6120 HCØ Building 3-410	My activities cover mainly carbon nanomaterials and semiconductor nano wires grown in-house. Read more >> When turned into electronic devices they enable investigations and control of quantum phenomena, our core QDev activity. Progress relies on the ability to optimise the microstructure of materials and interfaces, thus we keep one foot in materials science. Interestingly, our devices can also be useful in biosensing, molecular electronics and photovoltaics – we pursue some of these applications in the Nano-Science Center. My teaching covers quantum transport and solid state physics.
	Jens Paaske Associate Professor paaske*nbi.ku.dk +45 3532 0395 NBB, 2nd Floor	I work on theoretical many-body physics, with a strong emphasis on correlated electrons in solid state systems. Read more >> This includes problems of quantum transport either in bulk materials or through low-dimensional nano-junctions such as wires, dots and single molecules. The intricate interplay between correlation, and non-equilibrium effects remains a central theme in my research, a good part of which is rooted in the experimental QDev activities.
	Finn Berg Rasmussen Emeritus finnberg*fys.ku.dk +45 3532 0417	Finn Berg Rasmussen, pensioned 2006. Conduction in metals and semimetals, thermodynamic and nuclear magnetic properties of Ag, Rh, and 3He. Read more >> Is particularly proud of a size-dependent sign reversal of the Hall effect of In, superconductivity of an organic metal (a Bechgaard salt), nuclear magnetic order in solid 3He, strong nuclear polarization of liquid 3He by rapid decompression of magnetized solid 3He.
	Saulius Vaitiekėnas Assistant Professor saulius*nbi.ku.dk HCØ Building 3-118	I am an experimental condensed matter physicist primarily interested in novel phases in hybrid systems. Read more >> Hybrid quantum materials allow for quantum phases that otherwise do not exist in nature. For instance, in hybrid systems comprised of ferromagnetic and superconducting components, competition to align electron spins or pair them into singlets can result in unconventional superconductivity with broken time-reversal symmetry. I design quantum devices based on such hybrid materials and use various transport techniques to explore the emerging complex ground states and corresponding electrical properties.

Postdocs and Research Scientists

	Fabio Ansaloni Industrial Post-doctoral Fellow fan*qdevil.com HCØ Building 3-404	I joined Qdev in March 2022 as an industrial postdoc hired by Qdevil. Read more >> My focus will be on the development of a chip carrier capable of operating hundreds of Qubits. My background is in silicon Spin Qubit operation and microwave measurements
	Serwan Asaad Post-doctoral Fellow asaad*nbi.ku.dk +45 2569 0916 HCØ Building 3-404	Previously, my PhD research was focused on the coherent control of a single high-spin donor in semiconductors. Read more >> My current research at Qdev is focused on probing the existence of nonlocality and non-abelian statistics in condensed-matter systems.
	Luca Felix Banszerus Post-doctoral Fellow luca.banszerus*nbi.ku.dk HCØ Building 3-104	During my PhD I have been working on mesoscopic transport and quantum dots in bilayer graphene. Read more >> I have joined QDev in November 2022 and am working on semiconductor/superconductor heterostructures.
	Morten Holm Christensen Post-doctoral Fellow mchriste*nbi.ku.dk NBB, 2nd Floor	My research is about understanding how electronic correlations give rise to novel phenomena. Read more >> At QDev I will be working on periodically driven systems and on the topological properties of unconventional superconductors.
	Michaela Eichinger Industrial Post-doc michaela.eichinger*nbi.ku.dk +45 5282 4459 HCØ Building 3-416
	Jacob Hastrup Research Scientist jacob.hastrup*nbi.ku.dk HCØ Building 3-418	My research is at the intersection between quantum software and quantum hardware, Read more >> developing and implementing novel quantum algorithms and protocols on superconducting quantum processors.
	Benjamin Joecker Post-doctoral Fellow benjamin.joecker*nbi.ku.dk NBB, 2nd Floor	I am focused on modelling, understanding, and designing quantum nano-electronic devices and experiments. Read more >> At QDev, I will explore the emergence of non-local states in superconductor-semiconductor heterostructures.
	William Lawrie Post-doctoral Fellow william.lawrie*nbi.ku.dk HCØ Building 3-408	I have a background in quantum dot physics in group IV host materials, with a particular emphasis on hole spin qubits in planar germanium quantum wells. Read more >> I joined QDev in April 2022, where I will work on probing non-local properties and non-abelian statistics in Majorana quasi-particles via nano-devices that exploit the physics of topological superconductivity and low-dimensional condensed matter systems.
	Lorenzo Maffi Post-doctoral Fellow lorenzo.maffi*nbi.ku.dk NBB, 2nd Floor	The topic of my research has been the edge dynamics of topological states of matter. In particular, I focused on the quantum Hall states and topological insulators in 3D. Read more >> I am currently working on the analysis of exotic phases obtained in hybrid devices based on superconductors and fractional quantum Hall states.
	Gunjan Nagda Post-doctoral Fellow gunjan.nagda*nbi.ku.dk +45 5065 4047 HCØ Building 3-106	Optimization has and will always be the way the world functions, however as a student I have the luxury to call it research to quench my curiosity. Read more >> With a background in MBE growth as well as structural and electrical characterization of InAs/GaSb nanowire arrays, I started my PhD in the group of Peter Krogstrup in April, 2019. I will now be working on the development of high mobility two dimensional materials in the quest for control over the spin states at low magnetic fields.
	Frederik Nathan Post-doctoral Fellow NBB, 2nd Floor	I am a theoretical condensed matter physicist studying how how interactions with the surrounding world, or “quantum noise,” affects a quantum system of interest. Read more >> I currently develop new systematic ways of efficiently accounting for quantum noise. I also explore how external driving and quantum noise can be utilized to control the properties of matter and nanoscale devices.
	Thomas Kanne Nordqvist Assistant Professor thomas.kanne*nbi.ku.dk +45 6131 5572 Blegdamsvej 17	My PhD research involves growth and characterization of new nanostructured materials using molecular beam epitaxy (MBE) and electron microscopy. Read more >> I’m especially interested in III-V nanowires and engineering of epitaxially matched semiconducting-superconducting hybrid materials.
	Henrik Røising Post-doctoral Fellow henrik.roising*nbi.ku.dk NBB, 2nd Floor	My primary research interest lies in unconventional superconductivity and topological phases of matter. Read more >> I have been particularly interested in Sr₂RuO₄, which hosts an enigmatic superconducting state.
	Satyaki Sasmal Post-doctoral Fellow satyaki.sasmal*nbi.ku.dk HCØ building 3-110	Before joining QDev I have worked on the thin film growth and low-temperature transport characterization of topological materials and their interaction with ferromagnetic insulators at the interface. Read more >> Here, at QDev I will be working on the investigation of the novel physics that emerges in 1D or 2D arrays of semiconductor-superconductor Josephson Junctions. In the lab, I will be involved with the device fabrication and the low-noise and high-frequency electrical transport measurements of those devices.
	Joachim Sestoft Post-doctoral Fellow Joachim.Sestoft*nbi.ku.dk +45 2547 5103 HCØ Building 3-204	My research is focused on developing on-chip devices for neural computation and integrated sensing inspired by the brains of insects. Read more >> Specifically, I investigate how to couple photonic and electronic nanowires.
	Joost van der Heijden Industrial Post-doctoral Fellow jvh*qdevil.com +45 2260 1820 HCØ Building 3-408	I joined QDev in October 2020 as an industrial postdoc, employed by QDevil. My research is focused on the readout of spin qubits and on-chip conditional operations.

PhDs and Students

	Fabrizio Berritta PhD Candidate fabrizio.berritta*nbi.ku.dk HCØ Building 3-408	I joined the Center for Quantum Devices in October 2020 as a PhD student supervised by Ferdinand Kuemmeth. Read more >> My research deals with the experimental implementation of silicon spin-qubit processors.
	David Feldstein Bofill PhD Candidate david.bofill*nbi.ku.dk +34 673309315 HCØ Building 3-416	I joined Qdev as a PhD student to study novel architectures of super/semiconducting based quantum bits to pave the way towards protected qubits.
	Clara Neerup Breiø PhD Candidate clara.breio*nbi.ku.dk NBB, 2nd Floor	I am a PhD student with Brian Møller Andersen. I will study effects of strong electronic correlations in quantum materials. Read more >> The goal is to obtain new insight into the origin of unconventional superconductivity and the possibility of topological states of matter in correlated materials.
	Bertram Brovang PhD Candidate bertram.brovang*nbi.ku.dk HCØ Building 3 -206	I started working as PhD student at QDev in January 2022 under the supervision of Ferdinand Kuemmeth. My research is focused on developing superconducting resonators for coupling spin qubits and implementing small-scale analog quantum simulators.
	José Manuel Chávez- Garcia PhD Candidate jose.chavez-garcia*nbi.ku.dk HCØ Building 3-104	José is interested in the overlap of super-semiconducting devices and quantum information. Read more >> He'd like to leverage the versatility of these low dimensional platforms to incubate protected wavefunctions. Prior to joining QDev in 2020, he worked at IBM Research for over four years studying superconducting quantum hardware.
	Tsung-Lin Chung PhD Candidate tsung-lin.chung*nbi.ku.dk HCØ Building 3-420	I joined QDev in October 2021 as a PhD student under the supervision of Ferdinand Kuemmeth. Read more >> My project is to establish chains of gate-voltage controlled quantum dots as an experimental platform for quantum simulation applications in chemistry.
	Anders Dahl PhD Candidate kth943*alumni.ku.dk NBB, 2nd Floor	I will work with Karsten Flensberg investigating (quasi-)protected superconducting qubits. Read more >> We will characterize how to make both single qubit and two qubit gates and analyze lifetimes T1 and T2. We will compare and look at different geometries in order to improve the protection of the qubit.
	Daniel Emre Fogh Bachelor Student qpd797*alumni.ku.dk HCØ Building 3 - 321	I'll initially be studying the theory of different 2-transmon couplers, and understand the basics of superconducting circuit analysis. Read more >> The ultimate goal of the project is to simulate a novel scheme for coupling transmon-like qubits, which has native support for so-called parity-controlled gates. The simulations will first be at a lumped-circuit level, to understand the circuit dynamics. Later simulations will be at a distributed-circuit level, in order to pinpoint values for certain design-parameters.
	Rune Thinggaard Hansen PhD Student ruth*math.ku.dk HCØ Building 3 - 416
	Cecilie Hermansen PhD Candidate Cecilie.hermansen*nbi.ku.dk NBB, 2nd Floor	I am a PhD student with Jens Paaske working on theoretical modelling of small networks of quantum dots coupled to microwave resonators. Read more >> The goal is to investigate whether the electrodynamics of the resonators can emulate the nuclear motion in a molecule.
	Shaowen Jiao Master Student fnx489*alumni.ku.dk HCØ Building 3 -104	I'm now a master student in Qdev. I interest in nanofabrication and cryogenic measurement to study the electrical, magnetic and optical properties of novel electronic states caused by the interplay between correlations, topology, symmetry in low-dimension materials and their heterostructures.
	Rune Kutchinsky Master Student lxp458*alumni.ku.dk
	Ida Vaaben Ladefoged Master Student cmw178*alumni.ku.dk	I am doing my bachelor’s thesis on characterization and operation of industrially fabricated spin qubits supervised by Anasua Chatterjee.
	Lazar Lakic PhD Candidate lazar.lakic*nbi.ku.dk HCØ Building 3-206	I will fabricate and measure quantum-dot devices coupled to superconducting resonators. Read more >> I joined QDev in the summer 2020 and will start my bachelor project this fall in the spin-qubit group under supervision of Ferdinand Kuemmeth.
	Charalampos (Harry) Lampadaris PhD Candidate Lampadaris*nbi.ku.dk +45 7144 3764 HCØ Building 3-420	I joined QDev in 2018 as a master's student. Read more >> Currently, I'm doing my PhD under the supervision of Ferdinand Kuemmeth. My research focuses on the fabrication and measurement of overlapping-gate quantum dots in isotopically purified Silicon.
	Filippo Leveraro Master Student kmh292*alumni.dk HCØ Building 3-321
	Yongtao Li Master Student cbv331*alumni.ku.dk NBB, 2nd Floor	My project focuses on determining the signatures of spin-orbit coupling on the sub-gap states arising in proximitized quantum dots and we plan to connect with the Coulomb blockaded regime with Yu-Shiba-Rusinov states.
	Oliver Liebe Master Student pmn683*alumni.ku.dk HCØ Building 3-321	I am working with Anasua Chatterjee on developing methods for implementing spin-qubit arrays utilising holes in germanium.
	Magnus Rønne Lykkegaard PhD Candidate magnus.lykkegaard*nbi.ku.dk HCØ Building 3-106	I’ve joined QDev in February 2022 as a PhD student with supervision by Charles Marcus. Read more >> I’ll split my work into two overarching directions: Andreev billiards and multi-terminal Josephson junctions. Measuring the Andreev spectrum of these systems will reveal the interesting physics governed by the symmetries they possess.
	Svend Krøjer Møller PhD Candidate svend.moeller*nbi.ku.dk NBB, 2nd Floor	As a PhD fellow with Prof. Karsten Flensberg, I study platforms for protected quantum computing. Read more >> My interests are protected superconducting qubits and Majorana zero modes. I focus on avenues for fast adiabatic gates and demonstration of Majorana zero modes.
	Malthe Asmus Marciniak Nielsen PhD Candidate vpq602*alumni.ku.dk HCØ Building 3-416
	Amalie Terese Jiao Paulsen Master Student HCØ Building 3-321	My thesis involves the design, simulation, fabrication and characterization of fluxonium (superconducting qubit) under the supervision of Morten Kjaergaard.
	Torbjørn Rasmussen PhD Candidate torbjoern.rasmussen*nbi.ku.dk HCØ Building 3-206	I joined Qdev for the first time when I started my bachelors project, I have since then come back for my masters project and now as a PhD student. Read more >> During my time here I have been working with various ways of using machine learning and algorithmic approaches for control and exploration of quantum devices, and I will be continuing within this framework during my PhD.
	Daniel Ross Master Student tgl457*alumni.ku.dk HCØ Building 3-204	I joined QDev in 2019, working in the research field between quantum transport and material science with Jesper Nygård as my supervisor.
	Tobias Thornsen Røhling Master Student tobias.rohlingnbi.ku.dk* HCØ Building 3-104	I am working on a master thesis about investigating transport in frustrated Josephson junction arrays in particular at the flat bands.
	Daniel S. Sanchez PhD Candidate dsanchez*nbi.ku.dk HCØ Building 3-104	At Princeton University, my research centered around using synchrotron-based photoemission spectroscopy and density functional theory Read more >> to predict and observe new topological quantum phases of matter. At QDev, I am focused on developing devices for probing the topological properties of Majorana fermion bound states.
	Rasmus Schlosser PhD Candidate rasmus.schlosser*nbi.ku.dk HCØ Building 3-204
	Barbara Mønstedt Schmidt Bachelor Student rvt774alumni.ku.dk*	Currently working under Michaela Eichinger with the design and fabrication of qubits.
	Mercè Roig I Server PhD Candidate merce.roig*nbi.ku.dk NBB, 2nd Floor	I joined QDev in September 2021 as a PhD student under the supervision of Brian Møller Andersen. Read more >> My work focuses on the theoretical modelling of interacting electrons in finite grids and artificial networks, relevant for arrays of quantum dots.
	Johann Bock Severin Master Student johann.severin*nbi.ku.dk NBB, 2nd Floor & HCØ 3-321	I am a Master student working with Morten Kjaergaard and Jacob Hastrup to investigate qubit readout. In this work, we are trying to see, if we can see different physical processes from the quantum system in readout.
	Zhenhai Sun PhD Candidate zhenhai.sun*nbi.ku.dk +45 5268 3313 HCØ Building 3-416	As a new PhD student working with Karl and Morten, my research interest is superconducting computing. Hopefully, I can contribute to the development of this promising field.
	Ksenia Shagalov PhD Candidate ksenia.shagalov@nbi.ku.dk HCØ Building 3-416
	Shikhar Singh PhD Candidate shikhar.singh@nbi.ku.dk HCØ Building 3-416
	Tobias Særkjær PhD Candidate tobias.saerkjaer*nbi.ku.dk + 45 3112 9280 Blegdamsvej 17	I am doing my PhD with Peter Krogstrup, working on dynamic crystal growth modelling of quantum nanowire networks, based on transition state kinetics, nucleation and out of equilibrium thermodynamics.
	Magnus Staal Vigsø Master Student zxb933*alumni.ku.dk NBB, 2nd Floor
	Vasilis Vlachodimitropoulos PhD Candidate vasileios.vlachodimitropoulos*nbi.ku.dk +45 6089 7652 HCØ Building 3-106	I joined QDev as PhD student in March 2023. My work focuses on experimental efforts to realize analogs of topologically protected states of matter. Read more >> Such systems are expected to exhibit inherent protection to external perturbations, which is one of the main sources of noise in current state-of-the-art qubits. Apart from their potential application as a noise resilient form of quantum computation, realizing these states is fascinating also from a fundamental physics perspective as they are predicted to have exotic statistics, unlike any other state of matter known so far.
	Chaoyue Wang Master Student nlh329*alumni.ku.dk HCØ Building 3-321	I joined QDev as a master student in July 2023. I am working with Morten Kjaergaard and Jacob Hastrup to investigate the implementation of specific quantum benchmarking protocols on small-scale superconducting quantum processors.
	Casper Wied Master Student nqs117*alumni.ku.dk HCØ Building 3-321	I am a Master student at Qdev. I work with condensed matter physics, quantum physics and programming in relation to quantum computing.
	Frederik K. Wolff Master Student sfj525*alumni.ku.dk HCØ Building 3-104	I work on Josephson junction arrays in superconductor-semicondutor heterostructures. The semiconductor junctions can be tuned giving great flexibility in experiments.
	Johanna Zeis Master Student nph869*alumni.ku.dk HCØ Building 3-321	I'm an erasmus student from Berlin doing my thesis at QDev. It involves working with the spin-qubit team led by Prof. Ferdinand Kuemmeth. The objective is to explore gate-controlled quantum-dot devices in silicon substrates.
	Yaqi Zhang Master Student bgl932*alumni.ku.dk NBB 2nd floor
	Junting Zhao PhD Candidate junting.zhao*nbi.ku.dk HCØ Building 3-104	I joined QDev as a PhD student. I am interested in experimental condensed matter physics. More specifically, my work focuses on the superconductor-semiconductor-ferromagnetic insulator hybrid system. Read more >>

Technical staff

	Christine Wei Andersson Research Assistant christine.andersson*nbi.ku.dk HCØ Building 3-104
	Martin Bjergfelt Lab Manager martin.bjergfelt*nbi.ku.dk +45 2116 1365 HCØ Building 3-216 Matthias'research is in the area of Quantum Information Theory. It is his aim to improve our understanding of the ultimate limits of computation and communication given by quantum theory. Concrete research results include a proposal for a perfect quantum wire and a new method for the detection of entanglement. Matthias Christandl received his PhD from the University of Cambridge in 2006. He then became a Thomas Nevile Research Fellow at Magdalene College Cambridge. In 2008, he joined the faculty of the University of Munich as a Juniorprofessor; since 2010 he has been assistant professor at ETH Zurich. He moved to the University of Copenhagen in April 2014.	formed in e.g. carbon nanotubes and semiconductor nanowires. The interplay between various quantum phenominee leading to Majorana and Shiba states, and the property of the superconductor to provide spin-entangled electron pairs, make these systems ideal for utilising quantum mechanics. I am currently an Associate Professor.
	Johanna Helena Jallberg Student Assistant johannajallberg*nbi.ku.dk +45 4048 0776 HCØ Building 3-208
	Marcin Kepa Student Assistant marcin.kepa*nbi.ku.dk HCØ Building 3-420
	Jesper Kock Janitor jesper.kock*nbi.ku.dk +45 3532 3507 HCØ Building 3-212
	Lars Lemming Research Technician Lars.Lemming*nbi.ku.dk +45 9356 5724 HCØ Building 3-212
	Smitha Nair Senior Research Associate smitha.nair*nbi.ku.dk +45 5038 0712 HCØ Building 3-212
	Nader Payami Chemical Process Engineer nap*nbi.ku.dk +45 3532 0450 HCØ Building 3-214

Administrative staff

	Maria João Batista Purchasing Officer batista*nbi.ku.dk +45 3533 2192 HCØ Building 3-112	formed in e.g. carbon nanotubes and semiconductor nanowires. The interplay between various quantum phenominee leading to Majorana and Shiba states, and the property of the superconductor to provide spin-entangled electron pairs, make these systems ideal for utilising quantum mechanics. I am currently an Associate Professor.
	Leon Bojčić Student Assistant leon.bojcic*nbi.ku.dk HCØ Building 3-108
	Katrin Hjorth Center Secretary khjorth*nbi.ku.dk +45 9356 5132 NBB, 2nd Floor
	Josefin Rasmusson Find-Andersen Office Trainee jfa*science.ku.dk HCØ Building 3-108
	Lena Rørbæk Jacobsen Program Coordinator lena.jacobsen*nbi.ku.dk +45 2917 6481 HCØ Building 3 - 112

Visitors

	Oladunjoye Aina Awoga Guest Researcher oladunjoye.awoga*ftf.lth.se NBB, 2nd Floor	My research focus is in theoretical condensed matter physics with keen interest in quantum materials, especially topological superconductors and other exotic quantum systems. Read more >> I apply different theoretical methods to study the properties of these materials.My research focus is in theoretical condensed matter physics with keen interest in quantum materials, especially topological superconductors and other exotic quantum systems. I apply different theoretical methods to study the properties of these materials.
	Virgil V. Baran Guest Researcher virgil.v.baran*unibuc.ro NBB, 2nd Floor	I am a theorist looking to expand my experience on quantum many-body effects (e.g. the appearance of four-body collective states) from nuclear structure towards condensed matter systems like topological superconductors or ultracold atoms.
	Damon Carrad Visiting Assistant Professor damon.carrad*nbi.ku.dk HCØ Building 3-210
	Maria Efthymiou-Tsironi Visiting Phd mariaefthymioutsironi*gmail.com HCØ Building 3-110	I'm a PhD student specializing in nonlinear physics and condensed matter, working with polaritons at cryogenic temperatures. Read more >> Currently at QDev, I explore condensed matter device physics, investigating novel quantum phases in hybrid materials like Josephson junction arrays and superconducting-ferromagnetic hybrids integrated with semiconductors.
	Lennard Hilgendorf Visiting Postdoc HCØ Building 4-404
	William Marshall Visiting Phd _wmarsh*uw.edu HCØ Building 3-110	My research at QDev will be performing experiments on Josephson junction arrays. Read more >> I will be studying frustrated systems, investigating the formation and melting of vortex lattices and the nature of Berezinski-Kosterlitz-Thouless Transformations in the presence of applied magnetic fields.
	Astrid Tranum Rømer Assistant Professor ar*nbi.ku.dk +45 3533 7621 NBB, 2nd Floor	My research focuses on the understanding of unconventional superconductivity, in particular the microscopic mechanism driving superconductivity. Read more >> I am interested in new material properties arising from exotic electronic pairing states.
	Carl Viktor Svensson Guest Researcher viktor.svensson*ftf.lth.se NBB, 2nd Floor	I am a theorist working on topological properties in quantum mechanical systems. My research focuses on how interactions affect Majorana zero modes and the associated protocols for quantum computing.
	Athanasios Tsintzis Post-doctoral Fellow NBB, 2nd Floor	I am a theoretical condensed matter physicist focusing on transport calculations in nanostructures proximitized by superconductors. Read more >> I am currently studying a quantum dot system that is predicted to harbor Majorana bound states.

Microsoft Station Q. Copenhagen

From the below list Microsoft researchers including vendors from our collaboration with the company appear. Some are physically located at our experimental premises at HCØ, Copenhagen, others at the Microsoft premises in Lyngby.

	Søren Kristoffer Bentsen Process Engineer a-sbentsen*microsoft.com +45 2922 9640 HCØ Building 3-S10
	Adriana Frackowiak Process Engineer a-adriannaf*microsoft.com +45 2922 9906 HCØ Building 3-S10
	Laurens Holgaard Hardware Engineer ulholgaa*microsoft.com +45 2922 9694 HCØ Building 3-S12
	Maren Kloster Program Manager maklost*microsoft.com +45 2729 2042 HCØ Building 3-S12
	Pinelopi Olgana Konstantinopoulou Process Engineer a-pkonstanti*microsoft.com +45 2922 9539 HCØ Building 3-S10
	Nivetha Thiyagarajah Sr Hardware Engineer Naganivetha.Thiyagarajah*microsoft.com +45 2922 9829 HCØ Building 3-S12
	Shivendra Upadhyay Sr. Hardware Engineer shivendra.upadhyay*microsoft.com +45 2922 9649 HCØ Building 3-S12
	Umesh Bhskar Hardware Engineer Umesh.Bhaskar*microsoft.com HCØ Building 3-S10