	Karsten Flensberg flensberg*nbi.dk +45 2513 2969 HCØ Bldg. 3-112/ Vibenshuset, 4th Floor	Karsten Flensberg works is theoretical condensed matter physics. He is the director of QDev since 2019. 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.
	Kasper Grove-Rasmussen k_grove*nbi.ku.dk +45 3532 0402 HCØ Building 3-412	My research is focused on hybrid circuits formed by coupling superconductors to nanoscale quantum systems Read more >> 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.
	Thomas Sand Jespersen tsand*nbi.ku.dk +45 2857 0164 HCØ Building 3-412	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.
	Peter Krogstrup krogstrup*nbi.ku.dk +45 2671 5191 HCØ Building 3-S12/ MSFT Lyngby	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 kuemmeth*nbi.dk +45 2116 2657 HCØ Building 3-110	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 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.
	Charles Marcus marcus*nbi.ku.dk +45 2034 1181 HCØ Building 3-406	Charlie Marcus is a Professor at NBI and heads Microsoft Quantum - Copenhagen. He was center Director of QDev 2012-2019. 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 nygard*nbi.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 paaske*nbi.ku.dk +45 3532 0395 Vibenshuset, 4th 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.
	Mark Rudner rudner*nbi.ku.dk +45 9110 5803 Vibenshuset, 4th Floor	If the twentieth century was about discovering the quantum mechanical laws that govern our universe, then the 21st century is about pushing the boundaries, Read more >> and finding out want these laws allow us to do. I am interested in the dynamics of quantum many-body systems, in particular those which are driven far from equilibrium. This regime opens possibilities for quantum control and for the discovery of new emergent many-body phenomena unlike anything known for equilibrium systems.

Associates

	Brian Møller Andersen bma*fys.ku.dk +45 3532 0419 Vibenshuset, 4th Floor	I work as an associate professor in the condensed matter theory group at NBI. Read more >> Main research activities are centered around strongly correlated electron systems with special focus of unconventional superconductors and quantum magnetism. In particular, I am interested in unusual effects arising from electronic correlations and spatial inhomogeneíty and disorder. The latter includes novel transport properties in superconducting quantum devices, including quantum dot systems and interface planar structures. 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.
	Matthias Christandl christandl*math.ku.dk +45 3533 2298	Matthias Christandl is a professor at the Department of Mathematical Sciences at the University of Copenhagen. Read more >> 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.
	Jeroen Danon jeroen.danon*ntnu.no	I work as a an associate professor at the Norwegian University of Science and Technology (NTNU) in Trondheim. Read more >> I do theoretical research in the fields of quantum transport and mesoscopic physics, mostly focusing on topics in the direction of quantum information applications. I like to work on problems closely related to actual experiments, such as experiments involving spin qubits or Majorana bound states, and much of my past and current research is in very close collaboration with experimentalists. 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.
	Finn Berg Rasmussen finnberg*fys.ku.dk +45 3532 0417 HCØ Building 3-206	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. 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.

Postdocs and Assistant Professors

	Fabio Ansaloni Post-doctoral Fellow fabio.ansaloni*nbi.ku.dk +45 3154 4689 HCØ Building 3-106	I obtained my PhD at Qdev in March 2020 working on the study of silicon based quantum dots nanodevices for spin qubit implementations. Read more >> In particular, I focused on fabrication and electric characterisation of such devices. In the next six months I am going to explore the physics of light-matter interaction by coupling quantum dots with microwave photons using superconducting cavities. 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.
	Abhishek Banerjee Post-doctoral Fellow Abhishek.Banerjee*nbi.ku.dk +45 2818 2056 HCØ Building 3-104	After a PhD in quantum transport of topological insulator-superconductor junctions to probe Majorana physics, Read more >> I joined QDev in January 2019. Here my research focuses on building topological qubits using two-dimensional electron gas systems in proximity with a superconductor.
	Rajib Batabyal Post-doctoral Fellow rajib.batabyal*nbi.ku.dk +45 3532 6821 MSFT Lyngby	My research is in the field of experimental surface and atomic-scale physics of topological phases of matter and electronic properties Read more >> of fabricated semiconductor-superconductor nanowires devices using low temperature scanning tunneling microscope (LT-STM) for quantum electronic applications. 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.
	Daria Beznasyuk Post-doctoral Fellow Daria.beznasiuk*nbi.ku.dk MSFT Lyngby	After obtaining my PhD degree on axial III-V nanowires for photonics on Si in the University Grenoble Alps, Read more >> I joined QDev as a postdoc in the group of Peter Krogstrup. My research work is now focused on selective area growth and post-growth characterization of high quality in-plane InAs quantum nanowire networks. 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.
	Heorhii Bohuslavskyi Post-doctoral Fellow heorhii.bohuslavskyi*nbi.ku.dk +33 66 459 5539 HCØ Building 3-408	After having obtained a PhD in experimental quantum physics from CEA-Grenoble in the fall of 2018, I joined Qdev as a postdoc in F.Kuemmeth’s spin qubit team. Read more >> My research interests lie in the field of experimental quantum computing including silicon spin qubits and advanced CMOS technologies for cryoelectronics. 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.
	Michele Burrello Assistant Professor michele.burrello*nbi.ku.dk +45 9164 3544 Vibenshuset, 4th 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.
	Damon Carrad Post-doctoral Fellow damon.carrad*nbi.ku.dk + 45 3137 4101 HCØ Building 3-404	My research has focussed on using exotic materials combinations – e.g. semiconductor nanowires coupled with organic materials Read more >> – to enhance functionality in nano-scale devices, and to enable the study of novel physics. At QDev I continue this by exploring electron transport phenomena in devices featuring high-quality superconductor/nanowire interfaces.
	Anasua Chatterjee Post-doctoral Fellow anasua.chatterjee*nbi.ku.dk +45 7151 6503 HCØ Building 3-408	I am an EPSRC Doctoral Prize Fellow, currently based at the Center for Quantum Devices. Read more >> I received my PhD from University College London on silicon qubits and my undergraduate research at Princeton University was on topological insulators. I currently work on spin qubits, and I am interested in spins in nanodevices, and in low-dimensional and topological configurations of matter.
	I-Ju Chen Post-doctoral Fellow i-ju.chen*nbi.ku.dk HCØ Building 3-404	I studied electronic and thermoelectric properties of III-V nanowires during my PhD (finished in 2019). Read more >> At Qdev, I will study quantum transport in molecular electronics and semiconductor-superconductor hybrid devices.
	Chia-Min Chung Post-doctoral Fellow chia-min.chung*nbi.ku.dk Vibenshuset, 4th Floor
	Somya Gupta Post-doctoral Fellow somya.gupta*nbi.ku.dk +45 3533 2265 MSFT Lyngby	Somya Gupta did her PhD in Material's science at IMEC, Belgium and KU Leuven, Belgium. Read more >> Today, she is working on semiconductor-superconductor junctions for the quantum transport. Her research is aimed at in-situ characterization of atomic structures and the effects of the crystal perturbations on the electronic transport properties, at cryogenic temperatures. She is passionate about studying the transport properties of 1 and 2 dimensional defects at temperatures close to 0 K.
	Sangeeth Kallatt Post-doctoral Fellow sangeeth.kallatt*nbi.ku.dk +45 9160 6199 HCØ Building 3-208	I joined Qdev as a Post-Doctoral Fellow in July 2019. In this position, I work primarily on various Micro-fabrication processes for 2DEG based devices for topological qubits. The main objective is to make robust processes with increased yield and throughput.
	Jung-Hyun (Jordan) Kang Post-doctoral Fellow jung-hyun.kang*nbi.ku.dk +45 9185 5805 MSFT Lyngby	My research major is the growth and characterization of III-V semiconductor (InAs, InSb) nanowires, as well as subsequent applications of nanowire based devices.
	Anders Kringhøj Post-doctoral Fellow anders.kringhoj*nbi.ku.dk +45 2873 5868 HCØ Building 3-416	I completed my PhD in February 2020 working on nanowire-based transmon qubits. Here I focused on fundamental and unique aspects of building these qubit systems with semiconducting Josephson junctions. Continuing as a postdoc my research now focusses on topological states in proximitized two-dimensional electron gasses. Continuing as a postdoc my research now focusses on topological states proximitized two-dimensional electron gasses.
	Yu Liu Post-doctoral Fellow yu.liu*nbi.ku.dk +45 3533 5502 HCØ Building 3-S10	I join QDev in May 2017. I focus on the thin film growth of ferromagnetic insulators in order to provide the magnetic field for topological states in superconductor-semiconductor systems.
	Frederik Nathan Post-doctoral Fellow Frederik.nathan*nbi.ku.dk +45 2537 1045 Vibenshuset, 4th Floor	I study new topological phenomena that are induced by periodic driving. Read more >> My research interests include the characterization of topological phases of driven systems, and the exploration of driving-induced topological effects in other settings.
	Felix Passmann Post-doctoral Fellow passmann*nbi.ku.dk +45 3532 6511 HCØ Building 1-408	After having completed my PhD in the field of optical spectroscopy I joined QDev in September 2019. Read more >> In the future I will continue my work with two-dimensional electron gas systems supporting the QDev team in building topological qubits.
	Karl Petersson Assistant Professor karl.petersson*nbi.ku.dk +45 2922 9383 HCØ Building 3-420	I am currently a Marie Curie Fellow at the Center for Quantum Devices. Read more >> I received my PhD from the University of Cambridge in 2009 and carried out postdoctoral work at Princeton University between 2009-2013. My research is focused on quantum coherence in semiconductor nanostructures, hybrid solid state quantum systems and single charge and spin detection techniques.
	Deividas Sabonis Post-doctoral Fellow deividas.sabonis*nbi.ku.dk +370 6270 9580 HCØ Building 3-104	My PhD work in QDev was focused on interfacing one-dimensional hybrid superconductor-semiconductor materials with high frequency techniques for topological qubit manipulation and readout. Read more >> I am currently expanding my interests and exploring two-dimensional electron-gas systems for qubit-related applications.
	Juan Carlos Estrada Saldaña Post-doctoral Fellow juan.saldana*nbi.ku.dk HCØ Building 3-404	I fabricate devices made of a semiconductor nanowire coupled to a superconductor, and I measure the electrical current that passes through them at low temperature. Read more >> The resulting hybrid system comprises some few-electron quantum dots put together with a million-electron condensate of Cooper pairs. My goal is to gain an understanding of the quantum mechanics of these artificial superconducting molecules.
	Jens Schulenborg Post-doctoral Fellow jens.schulenborg*nbi.ku.dk Vibenshuset, 4th Floor	I theoretically study stationary and time-dependent charge and energy currents through interacting few-level systems coupled to electronic contacts. Read more >> At QDev, I am looking for key signatures of Majorana zero modes in these currents.
	Sergej Schuwalow Post-doctoral Fellow sergej.schuwalow*nbi.ku.dk +45 5273 8289 MSFT Lyngby	My main research interest is computer simulations of electronic systems, such as the ones existing in the interface Read more >> regions of superconducor-semiconductor heterostructures. I consider my simulations to be a type of “computer experiment” that can provide a complementary point of view rather than a purely theoretical approach, and as such I am always striving to maintain a close connection to experimental efforts.
	David van Zanten Assistant Professor david.vanzanten*nbi.ku.dk HCØ Building 3-408	Currently my research is focused on the measurement and characterization of quantum coherence in topologically Read more >> protected qubits made in InAs/Al nanowires. We fabricate and explore devices of different designs in which the controlled hybridization of Majorana fermions forms the basis of our qubits. On the way toward this ultimate goal we encounter beautiful physics originating from the combination of spin-orbit coupling, Andreev Bound States, Josephson coupling, microwave spectroscopy, fast charge-readout and finally Majorana Bound States. On a daily basis we identify and measure the energy scales associated to these features, and evaluate whether our devices have those parameters that will bring us closer towards a topologically protected qubit.t..
	Alexander Whiticar Post-doctoral Fellow whiticar*nbi.ku.dk +45 4256 6645 HCØ Building 3-106	My research involves the design, fabrication, and measurement of quantum devices fabricated on hybrid superconductor-semiconductor heterostructures with the goal of demonstrating a topological qubit.

PhDs and students

	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.
	Yan Chen Master Student vmd862*alumni.ku.dk HCØ Building 3-S10	This master thesis project will study the electronic transport properties of hybrid nanowire devices. Read more >> The project will aim at generating statistical data before conclusion are drawn back to correlations to other physical properties. 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.
	Magnus Christiansen Bachelor Student dfz522*alumni.ku.dk
	Alisa Danilenko PhD Candidate danilenko*nbi.ku.dk HCØ Building 3-416	I joined QDev in July 2019 as a PhD student under the supervision of Charles Marcus. Read more >> As part of the transmon group, I am working on the detection of Majorana bound states in circuit QED systems. 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.
	Joeri de Bruijckere Visiting PhD J.deBruijckere*tudelft.nl HCØ Building 3-404	I am a guest PhD candidate from Delft University of Technology and I will do the final project of my research in the group of Jesper Nygård, working on hybrid superconductor-nanowire quantum dot devices.
	Asbjørn Drachmann PhD Candidate asbjorn.drachmann*nbi.ku.dk +45 2277 7227 HCØ Building 3-106	Before starting the PhD I had two years of experience with fabrication and measurements of InAs 2DEGs proximitized by a surface superconductor. Read more >> In my PhD I'll implement that knowledge in designing more advanced devices with a main focus of realizing scalable topological qubits.
	Michaela Eichinger PhD Candidate michaela.eichinger*nbi.ku.dk HCØ Building 3-104	I joined QDev in January 2020 for my PhD under the supervision of Charles Marcus. My research is focused on the realization of transmon qubits and the investigation of multi-level electrostatic and microwave gating strategies.
	Oscar Erlandsson PhD Candidate Oscar.erlandsson*nbi.ku.dk +45 3533 7995 HCØ Building 3-416	I first joined QDev as a Master student in fall 2017. I do experimental work focused on detection of Majorana bound states in circuit QED systems. Read more >> My supervisor is Charles Marcus.
	Martin Espiñeira PhD Candidate martin.cachaza*nbi.ku.dk +45 7162 5233 MSFT Lyngby	I am working in Peter Krogstrup's group as a PhD student characterizing SAG and VLS nanowires.
	Raffael Gawatz PhD Candidate raffael.gawatz*nbi.ku.dk Vibenshuset, 4th Floor	From 1st of November 2017 I will challenge open questions in quantum dynamics with Tensor Network schemes, especially interacting periodically driven systems.
	Anne Grosch Master Student qxk428*alumni.ku.dk Vibenshuset, 4th Floor	I am doing my master thesis under the supervision of Jens Paaske. My thesis concerns the theoretical aspects of frustrated magnetic systems and thereby strong spin fluctuations.
	Anna Birk Hellenes Master Student qhj174*alumni.ku.dk Vibenshuset, 4th Floor	I am a first year master student. In the time of writing, I am doing a ‘project out of the course scope’ on the theory Read more >> topological systems, with Karsten Flensberg as my supervisor.
	Clara Cecilie Leve Hermansen Master Student wtg456*alumni.ku.dk Vibenshuset, 4th Floor	I am doing my master's project with Jens Paaske. The main focus of the project is driven interacting electron systems. Such systems are investigated through their non-equilibrium Green's functions treated in the Keldysh formalism.
	Albert Hertel PhD Candidate albert.hertel*nbi.ku.dk +45 9175 2137 HCØ Building 3-416	I joined QDev in August 2017 for my PhD. My research is centred around solid-state qubits Read more >> based on semiconductor-superconductor hybrid materials including fabrication of multiqubit-devices and 3D-integration.
	Thor Hvid-Olsen Master Student thor*chem.ku.dk HCØ Building 3-206	I investigate quantum phenomena in hybrid superconductor-semiconductor nanowire systems. Of particular interest are sub-gap states such as Andreev and Majorana bound states arising in the superconducting gap in devices of various complexity.
	Laurits Moestrup Høgel Master Student qgh880*alumni.ku.dk +45 5091 9412 HCØ Building 3-206	Laurits is doing his master's thesis with Peter Krogstrup and Peter Lodahl as his supervisors, working with optical properties of InAs quantum dots.
	Magnus Andreas P. Ibh Master Student jwt903*alumni.ku.dk Vibenshuset, 4th Floor	Aim to create a machine learning architecture that can be applied to many-body quantum problems and extract meaning full information about the system from the update rules.
	Cecilia Yding Jørgensen Master Student mvg376*alumni.ku.dk HCØ Building 3-204	I’m doing materials characterization, device fabrication and electrical transport measurements of new nanostructured materials. Read more >> More specifically, I’m investigating and extracting material properties such as mobility, phase coherence length and carrier density in InAs-Si nanowires as well as taking part of the design and performing electron transport characterization of these nanowires that could potentially show ballistic transport.
	Sabbir Khan PhD Candidate sabbir.khan*nbi.ku.dk HCØ Building 3-S10	Here at QDev, my research focuses on as-grown epitaxial nanowire based networks for scalable quantum computation. Read more >> The main goal is to develop innovative fabrication techniques that can realize new device concepts based on as-grown nanowire networks.
	Charline Kirchert Master Student nsl738*alumni.ku.dk HCØ Building 3-206	I am working on the growth and characterization of positioned InAs optical quantum dots. The morphology, crystal structure and optical properties will be studied. My supervisors are Peter Krogstrup and Peter Lodahl.
	Daniel Sandager Dragheim Kjær Bachelor Student tlw731*alumni.ku.dk	I joined Qdev in 2019. I work under Jesper Nygård as my supervisor in the research field between quantum transport and material science.
	Kaur Kristjuhan Master Student dhm299@alumni.ku.dk HCØ Building 3- 206	I joined QDev in September 2019 as a Master's student. My research is focused on the utilization Majorana modes in 2D electron gases.
	Charalampos (Harry) Lampadaris PhD Candidate Lampadaris*nbi.ku.dk HCØ Building 3-S10	I joined QDev in 2019 as a PhD under the supervision of Peter Krogstrup. My experimental work is focused on the hybrid interface of VLS nanowires. My thesis project focuses in devices fabrication and characterization of semiconducting nanowires.
	Sara Lorić Master Student pdz715*alumni.ku.dk HCØ Building 3-206	I joined QDev in the spring of 2018 to do my master thesis under the supervision of Kasper Grove-Rasmussen and Jesper Nygård. Read more >> My research focuses on studying coupled quantum dots and novel bound states in such systems. My project involves quantum transport measurements on nanofabricated devices based on semiconductor nanowires with superconducting elements.
	Andrea Maiani PhD Candidate Andrea.maiani*nbi.ku.dk Vibenshuset, 4th Floor	I joined QDev in 2019 as a PhD student in Karsten Flensberg's group. My project focus on the investigation of hybrid semiconductor-superconductor structures to generate topological superconductivity and the development of proposals for demonstration of the nonabelian and nonlocal nature of Majorana fermions.
	Nikhil Niranjan Maka Master Student pnm391*alumni.ku.dk HCØ Building, 3-S10/MSFT Lyngby	I am doing my Masters thesis under Peter Krogstrup's supervision. My thesis is regarding the exploration of new Semiconductor/Superconductor nanowire material combinations in order to investigate relevant properties concerned for topological protection.
	Billy Lim Jun Ming PhD Candidate lim.jun.ming*nbi.ku.dk HCØ Building 3-206	I joined QDev in Fall 2019, as a MSc/PhD student under Charles Marcus. My work currently focuses on realising voltage-tunable transmon qubits (gatemons), using silicon-based selective area grown nanowires.
	John Elkjær Montgomery Master Student sbf253*alumni.ku.dk +45 2271 5267 Vibenshuset, 4th Floor	I'm working on the behavior of collective modes in superconductors, magnets and superconductor/magnet hybrids with Mark Rudner as my supervisor. and hopefully having some fun with math while doing so.
	Morten Ib Kjærgaard Munk PhD Candidate morten.munk*nbi.ku.dk +45 2613 0022 Vibenshuset, 4th Floor	I'm a PhD student in the theory group working with Karsten Flensberg. I'm working on topological order and I am mathematically inclined.
	Amalie R. F. Mygind Bachelor Student amalie*chem.ku.dk	I joined QDev in November 2019 as a bachelor student. I am doing my bachelor thesis as a part of the transmon group under the supervision of Charles Marcus.
	Svend Krøjer Møller Master Student svend.moeller*nbi.ku.dk Vibenshuset, 4th Floor	I focus on the theoretical aspects of Majorana bound states in topological superconductors and their application to quantum computing with Karsten Flensberg as my supervisor.
	Gunjan Nagda PhD Candidate gunjan.nagda*nbi.ku.dk MSFT Lyngby	Optimization has and will always be the way the world functions, however as a student I have the luxury to call it Read more >> research to quench my curiosity. 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.
	Ida Nielsen PhD Candidate Ida.Nielsen*nbi.ku.dk +45 2889 0513 Vibenshuset, 4th Floor	My interest is in many-particle physics and quantum transport. I investigate exotic states in hybrid quantum devices based on superconductors and the possible applications of these.
	Thue Nikolajsen Master Student qrd689*alumni.ku.dk	I am writing a thesis focused on dislocations in SAG-grown heterostructures, their nucleation and their effects on Read more >> applications of such heterostructures - for example transport.
	Thomas Nordqvist PhD Candidate thomas.kanne*nbi.ku.dk +45 6131 5572 HCØ Building 3-204	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.
	Jens Nyhegn Master Student jensnyhegn*gmail.com Vibenshuset, 4th Floor	In my thesis, I explore the physics of lattice gauge theories on ladder geometries. In particular I will consider simplified models with either discrete or truncated gauge groups with the possibility of including different kinds of matter.
	Dags Olsteins PhD Candidate Dags.olsteins*nbi.ku.dk +371 2604 1495 HCØ Building 3-204	I joined QDev in 2018 for my Master’s thesis and now continue as a PhD. My PhD research focuses on device fabrication and transport properties of nanostructured materials, mainly semiconductor-superconductor hybrids My research focuses on the transport properties of new superconductor - semiconductor hybrid nanomaterials.
	Yueting Pan Visiting PhD yuetingpan*mail.bnu.edu.cn Vibenshuset, 4th Floor	I am interested in theoretical analysis of many body systems，ranging from topological systems to ultracold atoms!
	Natalie Pearson Visiting PhD npearson*phys.ethz.ch HCØ Building 3-416	I started my PhD at ETH Zurich in spring 2016 with Matthias Troyer in the field of Computational Physics. Read more >> I’m here at QDev for 6 months in the Transmon group where I am working a structure for linking high level algorithms to the superconducting nanowire qubits in the lab.
	Nikoline L. Pedersen Master Student rwq431*alumni.ku.dk Vibenshuset, 4th Floor	I am a Master Student currently writing my thesis about renormalization of charging energy of topological Read more >> superconducting islands with Karsten Flensberg as my supervisor.
	Andreas Pöschl PhD Candidate andreas.poschl*nbi.ku.dk HCØ Building 3-204	During my PhD, I am exploring quantum devices based on selective area grown nanowires. Read more >> My goal is to design, fabricate and measure a topologically protected quantum bit.
	Dovydas Razmadze PhD Candidate d.razmadze*nbi.ku.dk +45 3533 1143 HCØ Building 3-104	My research is focused on fabricating semiconducting nanowire devices with epitaxial superconductor and conducting Read more >> the Majorana fusion rule experiment. The hybrid nanowire based devices with implemented fast readout techniques and charge sensor via nanowire nearby gives the ability to sense the electron occupancy of the superconductor island, which is crucial for fusion rule experiment. These devices hopefully will bring closer in understanding the true nature of non-abelian anyons in semiconducting nanowires and how to control them for building Majorana based qubits in branched nanowire networks.
	Alec Romagosa Master Student qvn822*alumni.ku.dk MSFT Lyngby	I am a M.Sc student focusing on characterization of materials platforms for quantum computing, using such techniques as angle-resolved photo-emission spectroscopy and scanning tunneling microscopy Read more >> as a basis for material analysis of semiconductor-superconductor heterostructures in selective area growth nanowires, under supervision of Peter Krogstrup and Sergej Schuwalow.
	Daniel Schou Ross Bachelor Student tgl457*alumni.ku.dk HCØ Building 3	I joined QDev in 2019, working in the research field between quantum transport and material science with Jesper Nygård as my supervisor.
	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 D. Schlosser Master Student dxj847*alumni.ku.dk HCØ Building 3-206	I am interested in the material- and transport properties of nanostructures. My work will target superconductor-semiconductor hybrid structures, specifically shadowed nanowires grown in-house. During my thesis I will take part in fabrication and measurements of devices based on these materials.
	Joachim Sestoft PhD Candidate Joachim.Sestoft*nbi.ku.dk +45 2547 5103 HCØ Building 3-204	I work in the research field between quantum transport and material science. Read more >> By operating in the feedback loop between both disciplines I investigate and optimise semiconductor nano-structures in order to measure new quantum transport phenomena.
	Victoria Sosnovtseva Master Student victoria.sosnovtseva*nbi.ku.dk +45 2294 0103 HCØ Building 3-206	My project consists of fabricating and measuring quantum transport in double nanowire superconductor hybrids. Read more >> I began my project in November 2018 with Jesper Nygård as my supervisor, and the goal is to make progress toward topological quantum computing through the realization of parafermions.
	Lukas Stampfer PhD Candidate lukas.stampfer*nbi.ku.dk +45 3533 7422 HCØ Building 3-416	I joined QDev in the autumn of 2017 as a PhD student after completing my Masters degree in Munich. Read more >> My research is focused on superconductor-semiconductor Josephson junctions.
	Gorm Ole Steffensen PhD Candidate gorm.steffensen*nbi.ku.dk Vibenshuset, 4th Floor	I am investigating the theory of transport in semiconductor/superconductor hybrid devices with focus on Read more >> Andreav bound states, primarily the Yu-Shiba-Rusinov bound state.
	Tobias Særkjær Master Student znl919*alumni.ku.dk MSFT Lyngby	My project will investigate aspects of growth kinetics governing selective area growth of III-V nanowires. Read more >> This will include setting up thermodynamic databases for relevant III-V components, defining the chemical potentials and implementing thermodynamic driving forces in a growth kinetical framework which can be compared with experiments. The goal is to be able to extract characteristic quantities from crystal growth mechanisms, such as activation energies and surface excesses, which could lead to predictive nanowire growth simulations.
	Michelle Mary Turley Master Student pzl437*alumni.ku.dk HCØ Building 3-206	I will be working on two types of shadowed nano-wires; one which contains superconductor/dot/island junctions, the other contains an EuS barrier shadowed with Aluminum. Read more >> The goal is to investigate superconducting features along such nano-wires.
	Alexandros Vekris PhD Candidate Alexandros.Vekris*nbi.ku.dk +45 5010 2053 HCØ Building 3-206	I started my PhD in December 2018 under the supervision of Kasper Grove-Rasmussen. Read more >> My project involves fabrication and measurements of hybrid superconductor-semiconductor devices, based on InAs nanowires. Studying quantum dots that are formed in the semiconductor, one can investigate various quantum phenomena that arise between the many body superconductor and the few electron quantum dot, such as Yu-Shiba-Rusinov sub-gap states. The goal of my project is to explore and understand these phenomena.
	Frederik K. Wolff Bachelor Student sfj525*alumni.ku.dk	I am working with Saulius Vaitiekėnas in the experimental research group studying the behavior of Majorana zero modes in hybrid nanowires and Josephson Junctions.
	Steffen Zelzer PhD Candidate steffen.zelzer*nbi.ku.dk +45 5033 3603 MSFT Lyngby	I first joined QDev as a research assistant in late 2018 working with the electrical characterization of SAG devices at < 10mK. Read more >> I am now working in Peter Krogstrup's group as a PhD student, characterizing SAG nanowires with the new Low-temperature (< 5K) Nanoprobe, located at Micosoft in Lyngby. The main objective is to get the system running reliably, test its capabilities and then to concentrate on the morphology and electrical characterization to support the SAG growth with data to improve the production process.

Technical staff

	Laurits Andersen Research Assistant laurits.orheim*nbi.ku.dk +45 3167 0410 HCØ Building 3-204	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.
	Martin Bjergfelt Process Engineer martin.bjergfelt*nbi.ku.dk +45 2116 1365 HCØ Building 3-212 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.
	Benjamin Boateng DevOps Engineer/SysAdmin benjamin.boateng*nbi.ku.dk +45 4294 6411 HCØ Building 3-118	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.
	Kálmán Bogdán Student Assistant kalman.bogdan*nbi.ku.dk +45 3532 6272 HCØ Building 3-118
	Anna Wulff Christensen Research Assistant anna.wulff*nbi.ku.dk MTC Lyngby
	Ajuan Cui Process Specialist Ajuan.cui*nbi.ku.dk MTC Lyngby
	Jan H. Fagerlund Research Technician fagerlund*nbi.ku.dk +45 2875 5325
	Johanna Jallberg Student Assistant johannajallberg*nbi.ku.dk +45 3533 4160 HCØ Building 3-118
	Inger Jensen Laboratory Technician ijensen*nbi.ku.dk +45 3532 0466 HCØ Building 3-212
	Morten L. Jensen Research Technician mlj*fys.ku.dk +45 2961 8465
	Jesper Kock Janitor jesper.kock*nbi.ku.dk +45 3532 3507 HCØ Building 3-214
	Lars Lemming Research Technician Lars.Lemming*nbi.ku.dk +45 9356 5724 HCØ Building 3-212
	Karolis Parfeniukas Nanolithography Specialist karolis.parfeniukas*nbi.ku.dk +45 5031 4055 HCØ Building 3-212
	Nader Payami Chemical process engineer nap*nbi.ku.dk +45 3532 0450 HCØ Building 3-214
	Ahnaf Rahman Research Assistant md.rahman*nbi.ku.dk HCØ Building 3-204
	Claus B. Sørensen Head of Technical Support cbs*fys.ku.dk +45 3532 0449 HCØ Building 3-216

Administrative staff

	Marianne Andersen Travel Reimbursement Secretary m.andersen*nbi.ku.dk +45 3532 0294 HCØ Building 3-108	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.
	Maria Batista Research Secretary batista*nbi.ku.dk +45 9356 5251 HCØ Building 3-108	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.
	Dorthe Bjergskov Program Coordinator dorthe.bjergskov*nbi.ku.dk +45 9356 5517 HCØ Building 3-S16	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.
	Pablo A. Ferrero Student Assistant Pablo.Ferrero*nbi.ku.dk HCØ Building 3-108	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.
	Katrin Hjorth Center Secretary khjorth*nbi.ku.dk +45 2155 2975 HCØ Bldg. 3-108 / Vibenshuset, 4th Floor
	Monica Mikkelsen Student Assistant monica.mikkelsen*nbi.ku.dk HCØ Building 3-108
	Nicholas Porcellato Student Assistant Nicholas.Porcellato*nbi.ku.dk HCØ Building 3-108
	Danai-Eleni Stratou Student Assistant Danai.Stratou*nbi.ku.dk HCØ Building 3-108

Microsoft Station Q. Copenhagen

	Sepehr Ahmadi Technical Engineer a-seahma*microsoft.com +45 6065 2870 HCØ Building 3-420	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.
	Rasmus Ravn Andersen Electronics Engineer a-raande*microsoft.com +45 3061 5144 HCØ Building 3-120	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.
	Jonathan Becker Hardware Engineer a-jobec*microsoft.com +45 2922 9916 MSFT Lyngby
	Ievgen (Eugene) Boturchuk Technical Engineer a-iebotu*microsoft.com +45 2922 9639 HCØ Building 3-208	I do theoretical research in the fields of quantum transport and mesoscopic physics, mostly focusing on topics in the direction of quantum information applications. I like to work on problems closely related to actual experiments, such as experiments involving spin qubits or Majorana bound states, and much of my past and current research is in very close collaboration with experimentalists. 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.
	Lucas Casparis Researcher Lucas.Casparis*microsoft.com +45 2758 8420 HCØ Building 3-210	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.
	Paschalis Dalampiras Nanofabrication Engineer a-padala*microsoft.com +45 2922 9657 HCØ Building 3-S08
	Khoa Nguyen Do Laboratory Manager a-khdo*microsoft.com +45 2922 9637 MSFT Lyngby
	Signe Forsberg Executive Business Administrator Maternity Cover a-sifor*microsoft.com +45 2922 9865 MSFT Lyngby
	Ruben Grigoryan FPGA Design Engineer Ruben.Grigoryan*microsoft.com +45 5337 0144 HCØ Building 3-120
	Esben Bork Hansen Researcher a-eshans*microsoft.com +45 2922 9678 HCØ Building 3-208
	Ümit Hardal Software Development Engineer a-alhard*microsoft.com +45 2922 9641 HCØ Building 3-S14/MSFT Lyngby
	Laurens Holgaard Nanofabrication Engineer ulholgaa*microsoft.com +45 2922 9694 HCØ Building 3-S20
	Henrik Ingerslev Sr. Hardware Engineer Henrik.Ingerslev*microsoft.com MSFT Lyngby
	Linda Johansson Program Manager Linda.Johansson*microsoft.com +45 2922 9654 HCØ Building 3-S18
	Sif Klein Nanofabrication Engineer a-siklei*microsoft.com +45 2922 9680 HCØ Building 3-S20
	Maren Kloster Nanofabrication Engineer maklost*microsoft.com +45 2729 2042 HCØ Building 3-S20
	Peter Krogstrup Principal Researcher pekrogst*microsoft.com +45 2671 5191 HCØ Building 3-S12/MSFT Lyngby
	Fabien Labbé Nanofabrication Engineer a-falabb*microsoft.com +45 2922 9679 HCØ Building 3-S20
	Niels Jakob Søe Loft Technical Engineer a-niloft*microsoft.com +45 2922 9815 HCØ Building 3-420
	Morten Hannibal Madsen Phd, Site Manager a-momads*microsoft.com +45 2922 9681 MSFT Lyngby
	Charles Marcus Principal Researcher chmarcus*microsoft.com +45 2034 1181 HCØ Building 3-406
	Esteban Martinez Researcher Esteban.Martinez*microsoft.com +45 2922 9652 HCØ Building 3-210
	Robert McNeil Researcher Robert.McNeil*microsoft.com +45 2922 9580 HCØ Building 3-S20/MSFT Lyngby
	Henri Nielsen Lab Technician a-heniel*microsoft.com +45 2922 9721 HCØ Building 3-S08
	Jens Nielsen Research Software Design Engineer Jens.Nielsen*microsoft.com +45 2567 3900 HCØ Building 3-S14/MSFT Lyngby
	William H.P. Nielsen Research Software Design Engineer William.Nielsen*microsoft.com +45 6089 3798 HCØ Building 3-S14/MSFT Lyngby
	Eoin O'Farrell Researcher Eoin.OFarrell*microsoft.com +45 3123 9311 HCØ Building 3-420
	Keita Ohtani MBE Engineer Keita.Ohtani*microsoft.com +45 2922 9909 MSFT Lyngby
	Karl Petersson Researcher Karl.Petersson*microsoft.com +45 2922 9383 HCØ Building 3-420
	Jeanette Pyrdol Executive Business Administrator a-jepyrd*microsoft.com +45 2922 9505 MSFT Lyngby
	Mohana Rajpalke Researcher mohana.rajpalke*microsoft.com +45 5239 2512 MSFT Lyngby
	Katrine Rasmussen Researcher a-karasm*microsoft.com +45 6130 2744 HCØ Building 3-420
	Lotte Rosenkrands Business Operations and Program Manager Lotte.Rosenkrands*microsoft.com +45 5157 8089 HCØ Building 3-S16
	Pasquale Scarlino Researcher pasquale.scarlino*microsoft.com +45 2922 9002 HCØ Building 3-420
	Tomaš Stankevič Mechanical Engineer Tomas.Stankevic*microsoft.com +45 9111 1486 MSFT Lyngby
	Ulrich Steegmueller Senior Director Hardware Engineering ulrich.steegmueller*microsoft.com +45 2922 9709 MSFT Lyngby
	Judith Suter Researcher Judith.suter*microsoft.com +45 2922 9176 HCØ Building 3- 210
	Masoomeh Taherkhani Technical Engineer a-matahe*microsoft.com +45 4098 3595 HCØ Building 3- 208
	Rawa Tanta a-ratant*microsoft.com HCØ Building 3- S08
	Nivetha Thiyagarajah Sr Hardware Engineer Naganivetha.Thiyagarajah*microsoft.com +45 2922 9829 HCØ Building 3-S18
	Shivendra Upadhyay Sr. Hardware Engineer shivendra.upadhyay*microsoft.com +45 2922 9649 HCØ Building 3-S18
	Ivan Urban Sr. Hardware Engineer Ivan.Urban*microsoft.com +45 2922 9671 MSFT Lyngby
	Saulius Vaitiekėnas Saulius.Vaitiekenas*microsoft.com +45 2922 9864 HCØ Building 3-210
	Dmitrii Viazmitinov Researcher dmitrii.viazmitinov*microsoft.com +45 2922 9629 MSFT Lyngby
	Dominik Vogel Research Software Design Engineer dovogel*microsoft.com +45 9392 4285 HCØ Building 3-S14/MSFT Lyngby
	Sean Yau Mechanical Engineer a-seyau*microsoft.com +45 2922 9704 MSFT Lyngby

Faculty, Students & Staff

To avoid spam, the @ symbol in the table below has been changed to an asterisk. To send an email, replace the asterisk with @.

Staff

Name	Title	Image

Abhishek Banerjee	Postdoc
Ajuan Cui	Process specialist
Albert Hertel	PhD fellow
Alexander Morris Whiticar	Postdoc
Alexandros Vekris	PhD fellow
Ali Ümit Cemal Hardal	Engineer
Alisa Danilenko	PhD fellow
Anasua Chatterjee	Postdoc
Anders Kringhøj	Postdoc
Andrea Maiani	PhD fellow
Andreas Simon Pöschl	PhD fellow
Anna Wulff Christensen	Research assistant
Asbjørn Cennet Cliff Drachmann	PhD fellow
Benjamin Boateng	Academic employee
Bente Markussen	Section secratary
Betina Dam Sørensen	Department Secretary
Bjarne Bøgeskov Andresen	Associate professor
Charalampos Lampadaris	PhD fellow
Charles M. Marcus	Professor
Chia-Min Chung	Postdoc
Dags Olsteins	PhD fellow
Damon James Carrad	Postdoc
Danai-Eleni Stratou	Attendant
Daniel Steve Sanchez	PhD fellow
Daria Beznasiuk	Postdoc
David van Zanten	Assistant professor
Davydas Razmadze	PhD fellow
Deividas Sabonis	Postdoc
Denise Puglia	Laboratory assistant
Dmitrii Viazmitinov	Researcher
Dominik Johannes Vogel	Engineer
Dorthe Bjergskov Roosen	Centre coordinator
Eoin Conor O'Farrell	Researcher
Erik Johnson	Associate professor emeritus
Erikas Gaidamauskas
Esben Bork Hansen	Researcher
Esteban Adrian Martinez	Researcher
Fabien Nicolas Aurelien Labbé	Engineer
Fabio Ansaloni	Postdoc
Felix Passmann	Postdoc
Ferdinand Kuemmeth	Associate professor
Finn Berg Rasmussen	Associate professor emeritus
Frederik Sønderby Nathan	Postdoc
Gorm Ole Steffensen	PhD fellow
Gunjan Piyush Nagda	PhD fellow
Helle Kiilerich	Secretary
Henri Thyrrestrup Nielsen	Laboratory Technician
Henrik Smith	Professor emeritus
Heorhii Bohuslavskyi	Postdoc
I-Ju Chen	Postdoc
Ida Egholm Nielsen	PhD fellow
Ievgen Boturchuk	Engineer
Jan Westenkær Thomsen	Head of Department
Jane Elvekjær	Academic research officer
Jens Hedegaard Nielsen
Jens Jensen	Associate professor emeritus
Jens Paaske	Associate professor
Jens Schulenborg	Postdoc
Jes Henningsen	Associate professor emeritus
Jesper Kock	Attendant
Jesper Nygård	Professor
Joachim Elbeshausen Sestoft	PhD fellow
Jorunn Maria Magnusdottir	Coordinator
Jose Manuel Chavez-Garcia	PhD fellow
Juan Carlos Estrada Saldana	Postdoc
Judith Tabea Suter	Researcher
Julie Meier Hansen	Administrative staff
Jun Ming Lim	PhD student
Junbo Zhou	PhD student
Jung-hyun (Jordan) Kang	Postdoc
Karl David Petersson	Assistant professor
Karolis Parfeniukas	Academic employee
Karsten Flensberg	Professor
Kasper Grove-Rasmussen	Associate professor
Katrin Þórey Hjorth Þórðardóttir	Centre administrator
Katrine Rasmussen	Researcher
Keita Otani	Researcher
Khoa Nguyen Do	Laboratory Technician
Kálmán Bogdán	IT officer
Lars Lemming	Research technician
Laurits Orheim Andersen	Research assistant
Linda Ingela Maria Johansson
Lotte Rosenkrands Mikkelsen	Secretary
Luca Lepori
Lucas Casparis	Researcher
Lukas Stampfer	PhD fellow
Maren Elisabeth Kloster	Engineer
Maria João Batista	Personal assistant (PA)
Marianne Andersen	Clerical officer
Mark Spencer Rudner	Associate professor
Martin Espineira Cachaza	PhD fellow
Marton Kanasz-Nagy	Postdoc
Masoomeh Taherkhani	Engineer
Md Ahnaf Rahman	Research assistant
Michaela Eichinger	PhD fellow
Michele Burrello	Assistant professor
Mohana Krishnappa Rajpalke	Researcher
Monica Dürr Ærendahl Mikkelsen	Attendant
Morten Ib Kjærgaard Munk	PhD student
Naganivetha Thiyagarajah	Engineer
Natalie Julie Pearson
Nicholas Porcellato	Attendant
Niels Jakob Søe Loft	Engineer
Oscar Erlandsson	PhD fellow
Pablo Alberto Ferrero	Attendant
Paschalis Dalampiras	Engineer
Pasquale Scarlino	Researcher
Per Hedegård	Professor
Peter Krogstrup Jeppesen	Professor
Pia Lykke Kohring	Section secratary
Raffael Gawatz	PhD fellow
Rajib Batabyal	Postdoc
Rasmus Ravn Andersen	Engineer
Rawa Tanta	Engineer
Rikke Raben	Sculptur
Robert McNeil	Researcher
Ruben Grigoryan	Engineer
Ruben Seoane Souto	Visiting Researcher
Sabbir A. Khan	PhD fellow
Sakse Dalum	Research assistant
Sangeeth Kallatt	Postdoc
Sara Elisabeth Dahl Andersen	Attendant
Saulius Vaitiekenas	Researcher
Sepehr Ahmadi	Engineer
Sergej Schuwalow	Postdoc
Shivendra Upadhyay	Engineer
Sif Lotus Egebæk Klein	Engineer
Smitha Nair	Process engineer
Somya Gupta	Postdoc
Steffen Zelzer	PhD fellow
Thomas Kanne Nordqvist	PhD fellow
Thomas Sand Jespersen	Associate professor
Thorvald Wadum Larsen	Researcher
Tina Blaaberg Nielsen	Procurement officer
Tomas Stankevic	Engineer
Ulrich Manfred Steegmüller
Ulrik Laurens Drejer Holgaard	Engineer
William Hvidtfelt Padkær Nielsen	Engineer
Yu Liu	Postdoc
Yueting Pan

QDev Faculty

Associates

Postdocs and Assistant Professors

PhDs and students

Technical staff

Administrative staff

Microsoft Station Q. Copenhagen

Faculty, Students & Staff

Staff