Hy-Q consists of four research groups at the Niels Bohr Institute, University of Copenhagen.

1) The Quantum Photonics Group led by Prof. Peter Lodahl who is the Director of Hy-Q. Google Scholar.

2) The Theoretical Quantum Optics Group led by Prof. Anders Sørensen. Google Scholar.

3) The Quantum Optomechanics Group led by Prof. Albert Schliesser. Google Scholar.

4) The theoretical group led by Prof. Klaus Mølmer. Google Scholar.

Hy-Q is generously funded by a Center of Excellence grant from the Danish National Research Foundation.

Peter Lodahl
Peter Lodahl
Professor Albert Schliesser
Albert Schliesser
Professor Anders S. Sørensen
Anders S. Sørensen
Klaus Mølmer
Klaus Mølmer
Stefano Paesani
Stefano Paesani
Leonardo Midolo
Leonardo Midolo

 

 

Blegdamsvej 21, Niels Bohr Institute

Getting to the Center for Hybrid Quantum Networks

The Center for Hybrid Quantum Networks is located at the Niels Bohr Institute (Building T), University of Copenhagen (Blegdamsvej 17, 2100 Copenhagen).

Getting to Hy-Q

By Public Transportation

You are able to reach Hy-Q easily with both metro and bus. The Niels Bohr Institute is located a 5 minute walk from Trianglen metro station, where the metro M3 stops. This metro also stops at large stations such as Kgs Nytorv and Copenhagen Central Station. Tickets for the metro can be bought in the metro stations.

From Nørreport Station the institute is easily reachable with bus. Take bus no. 150S, 184, 185 or 15E from Nørreport St going north/west. Get off at Righshospitalet Syd (Tagensvej) (5 minutes). The Niels Bohr Institute (Blegdamsvej 17) is then a 5 minute walk from here. Tickets can be bought at stations and in the bus with cash. Tickets can be used for both metro, train and bus. 

Traveling from the Central Station

Traveling from Central Station to Blegdamsvej 17-21, Niels Bohr Institute

 

 

The Center for Hybrid Quantum Networks (Hy-Q) exploits photons to merge disparate quantum system into large scale quantum networks. The long-term perspective of the research is to enable large scale processing of quantum information over global distances.

Quantum theory was founded more than a century ago and revolutionized our conception of the world through highly counterintuitive phenomena such as quantum superposition and entanglement.

Today a second revolution is taking place based on the ability to fully control quantum phenomena in modern experiments. The outstanding challenge is to scale small quantum systems into large and complex architectures. Such quantum networks open a whole new horizon by creating quantum objects that have never existed in nature before.

The unsolved fundamental question is: how large and complex can we make a quantum system before the quantum character is lost and it is described by classical physics? Addressing this question could ultimately lead to a quantum internet, connecting the world by quantum entanglement.

Such long-term transformative technology may offer solutions to large societal challenges within energy, security, and supercomputing. 

Within the Center of Excellence “Hybrid Quantum Networks” (Hy-Q) we pursue a hybrid approach towards the quantum internet. Realizing that the various technology platforms have pros and cons the emphasis is on merging different quantum systems in a “best-of-all-worlds” approach.

Hy-Q exploits and merges three different quantum platforms, photons, emitters and phonons, to enable remote quantum connection, manipulation and storage of quantum information.

 

 

PhD Theses by Hy-Q

2024

2023

  • "Quantum: Illuminated - Theory of light-matter interaction for quantum enhanced technologies" by O. A. Sandberg. Link to thesis. 

  • "Single-photon sources as a key resource for developing a global quantum network" by E. M. Ruiz. Link to thesis.

  • "Topological Waveguides and Symmetrical Droplet Quantum Dots for Scalable Photonic Quantum Technology" by N. V. Hauff. Link to thesis. 

  • "Optomechanical Memory for Light" by M. B. Kristensen. Link to thesis.

  • "Electro- and opto-mechanics with soft-clamped membrane resonators at milliKelvin temperatures for quantum memory and transduction" by E. Planz. Link to thesis.

  • "Heterogeneous integration of GaAs waveguides on low loss substrates for quantum photonic circuits" by A. Shadmani. Link to thesis.

  • "Spin-Photon Interface for Quantum Information Processing" by M. Lai. Link to thesis.
  • "Photonic circuits with multiple quantum dots" by C. Papon. Link to thesis.


2022

  • "Nonlinear Phenomena in Dissipation Diluted Nanomechanical Resonators" by L. Catalini. Link to thesis.

2021

  • "Novel nanofabrication methods and processes for antum photonic integrated circuits" by Y. Wang. Link to thesis.
  • "A Quantum Dot Source of Time-Bin Multi-Photon Entanglement" by M. H. Appel. Link to thesis.
  • "Novel Optical Polymer-Based Interfaces to Quantum Photonic Integrated Circuits" by A. D. Ugurlu. Link to thesis.
  • "Optomechanics at the room temperature - Towards classical and quantum applications" by S. Saarinen. Link to thesis.
  • "Ultra-coherent electro-mechanics in the quantum regime" by Y. Sais. Link to thesis.

2020

  • "Deterministic Single and Multi-Photon Sources with Quantum dots in Planar Nanostructure" by F. T. Pedersen. Link to thesis.
  • "Optical spin-mechanics quantum interface: entanglement and back-action evasion" by R. Thomas. Link to thesis.
  • "Quantum Correlations Generated by a Soft-Clamped Membrane-in-the-Middle System" by J. Chen. Link to thesis.
  • "Quantum Measurement and control of a mechanical resonator" by M. Rossi. Link to thesis.

2019

  • "Multiphoton generation from a single quantum dot in a photonic nanostructure" by T. Hummel. Link to thesis.
  • "Deterministic quantum photonic devices based on self-assembled quantum dots" by T. Pregnolato. Link to thesis.
  • "Sensitive electro-optical transduction through resonant electro- and optomechanics" by A. Simonsen. Link to thesis.

2018

  • "Quantum Information Processing with Quantum Optical Systems" by V. E. Elfving. Link to thesis.
  • "Looking for mechanical hiccups & High dimensional mdi–QKD" by L. Dellantonio. Link to thesis.

Master projects 2023


Rasmus Bruhn Nielsen

Master's project: Towards cluster state generation using charged quantum dot

Supervisor: Peter Lodahl, Alexey Tiranov


Master projects 2022


Camilla Birch Okkels

Master's project: Theoretical optimizations of quantum repeaters based on atomic ensembles

Supervisor: Anders Søndberg Sørensen


Nicolas Remy Høegh Pedersen

Master's Thesis: Nano-Opto-Mechanical Systems for photon control

Supervisor: Leonardo Midolo


Love Alexander Mandla Pettersson

Master's Thesis: Exploring near-term quantum applications with graph states from quantum emitters

Supervisors: Peter Lodahl, Stefano Paesani


Jonas Højsted Dalgaard

Master's project: Violating Bell's inequality with continuous variables & qubit-cavity interaction

Supervisor: Anders Søndberg Sørensen


Master projects 2021


Buyuan Luo

Master's project: Selection Rules of a simple model of a Quantum Dot

Supervisor: Anders Søndberg Sørensen


Sif Kristine Fugger

Master's Thesis: Design and characterization of nano-mechanical quantum photonic devices

Supervisors: Leonardo Midolo, Peter Lodahl


Laurits Høgel

Master thesis: Positioned InAs Quantum Dots from Selective Area Growth -  Manufacturing, Characterization and Optical Measurements

Supervisors: Peter Lodahl and Peter Krogstrup


Arianne Brooks

Master's Thesis: Whispering-gallery-modes in QD-embedded micro disc resonators for optical routing

Supervisors: Nir Rotenberg, Leonardo Midolo and Peter Lodahl


Clara Celeste Qvotrup

Master's Thesis: Deflecting waveguides for three-dimensional quantum photonic integrated circuits

Supervisor: Leonardo Midolo


Miren Lamaison Vidarte

Master's project: Photonic Control-Phase gate based on emitters with chiral interactions

Supervisor: Anders Søndberg Sørensen


Mikkel Thorbjørn Mikkelsen

Master's Thesis: Multiphoton and heralded entanglement sources for applications in quantum cryptography

Supervisors: Peter Lodahl, Ravitej Uppu 


Iñigo Lara Izcue

Master's project: Towards percolation-based quantum computing with a photonic machine gun

Supervisor: Anders S. Sørensen


Carlos Fernando Duarte Faurby

Master's Thesis: Frequency conversion of single photons for long distance quantum communication

Supervisors: Leonardo Midolo, Xiaoyan Zhou, Beatrice da Lio


Adam Søsted Knorr

Master's Thesis: Spectroscopy of Advanced Integrated Nanophotonic Devices and Quantum Dots

Supervisors: Peter Lodahl, Ravitej Uppu 


Mathias Jakob Rønne Staunstrup

Master's Thesis: Measuring the quantum dot induced phase shift of light transmitted through a nanophotonic waveguide

Supervisors: Peter Lodahl, Hanna Le Jeannic, Nir Rotenberg


Simon Refshauge Pabst

Master's Thesis: Towards Spin-Multiphoton Entanglement from a Quantum Dot

Supervisors: Peter Lodahl, Alexey Tiranov

Collaborators

Hy-Q enjoys a range of highly active collaborations with world-leading research groups, which is witnessed by our publication list.

One particularly strong collaboration is with University of Basel (Prof. Richard Warburton) and University of Bochum (Profs. Andreas Wieck/Arne Ludwig). 

The Basel/Bochum/Copenhagen research teams are highly complementary bringing together expertise on ultra-high-quality quantum materials growth, semiconductor spin physics, and quantum optics, respectively.

Over the past 4 years, we have strongly consolidated this collaboration, which is implemented in the form of bi-weekly joint group meetings and a yearly 2-3 day get-together.

Additional active collaborations include Harvard, Cambridge, and ETH Zurich to highlight a few.

Start-up companies

The quantum photonics area is witnessing an increased interest from the private sector, and we are actively collaborating with several companies, e.g., within the Innovation Fund project FIRE-Q.

The start-up company Sparrow Quantum (launched in 2015) is a spin-out from our research team, is currently growing rapidly, and several joint projects with Hy-Q have been established.

We also collaborate with several other DNRF centers within the quantum area: with SPOC (DTU) we work on single-photon quantum key distribution and have demonstrated a field trial of our technology, as funded by Innovation Fund Denmark; with Qdev (NBI) we share nanofabrication facilities and work on molecular beam epitaxy quantum-materials growth; with CCQ (Aarhus University) we work on quantum nonlinear optics.

 

 

We are continuously looking for enthusiastic and talented students. If you are interested in learning more about an exciting B.Sc./M.Sc. project, please contact Hy-Q faculty and learn more.

Master Projects 2023

Quantum Photonics

Deterministic generation of entangled photons

Device-independent cryptography achieves unbreakable security by exploiting quantum correlations (e.g. entanglement) between the sender and the receiver. The practical implementation of such protocols requires efficient and high-fidelity entangled photon sources. Solid state emitters are the way forward for efficient quantum light generation due to the possibility to integrate them into a nanophotonic structure. Recent demonstrations of high-fidelity (> 97%) polarization entanglement using the biexciton cascade in GaAs/AlGaAs quantum dots open exciting route for deterministic entanglement generation. The project will deal with several aspects of the nanophotonic interfacing of these quantum dots including: 1) Efficient preparation of the quantum dot, 2) Extraction of entangled photon pairs and state tomography, 3) Sources of noise limiting the entanglement fidelity, 4) near-future applications of the entangled photons for cryptography

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Coherent single photons: Interfacing with memories

The distribution of quantum states across nodes in a quantum network is the key requirement for secure communication and distributed computing. A typical quantum network will involve interfacing disparate qubits (matter, photon, spin, etc.) to ensure maximum efficiency. Photons are robust carriers of information and hence are critical for interconnection. The disparity between the frequency and bandwidth across the qubits pose challenges in the interconnection. Efficiently crafting the bandwidth of the photon is the key enabler for photonic interconnects. Quantum dot single photon sources typically generate photons with GHz bandwidth. Efficient interfacing of photons with quantum memories (holding time ~ 0.1 – 1 us) requires ~10 MHz bandwidth. A promising way forward to achieve such coherent single photons is through Raman processes in a Λ system. The project will deal with coherent photon generation using one of the Λ-systems of a trion in a InAs quantum dot.  Key aspects: 1) Branching ratio and limits on the bandwidth of photons, 2) Generation and characterization  3) Pulse shaping for bandwidth manipulation. 

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Nonlinear chiral quantum optics

Chiral quantum light-matter interactions are a recently discovered consequence of using nanophotonic platforms for quantum optical experiments.  In chiral scenarios, the light-matter interaction is strongly directional, meaning that the interaction of photons with a quantum dot strongly depends on which way they travel, allowing for the design of novel and non-reciprocal quantum devices. Within this project, we will explore the nonlinearity of such chiral quantum interactions, using a blend of numerical modelling and optical experiments. 

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Giant cooperativity in planar structures

Cooperativity is a fundamental property within quantum optics that captures the strength of the coupling between light (photons) and matter (quantum emitters).  Within this project, we wish to enhance this cooperativity using resonant, planar nanophotonic structures, thereby setting the stage for the creation of efficient and complex quantum architecture. 

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Multicolour quantum optics

Quantum emitters such as quantum dots are inherently nonlinear at the ultimate, low-energy limit; after all, they can only absorb a single photon at a time.  This inherently large nonlinearity means that the interaction of a single emitter with a single photon can be significantly tuned by a single, control photon.  Within this project, we will model this multicolour nonlinear interaction and search for signatures of our model in optical experiments. 

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Topological quantum photonics

Topological photonic edge states, which exist at the interface between especially engineered photonic crystals, have recently been shown to guide photons emitted by a single quantum dot.  This has generated considerable excitement within the quantum photonics community as these edge modes are protected from backscattering due to defects or fabrication imperfections and, additionally, allow for directional and non-reciprocal light-matter interactions.  Within this project, we will study quantum light-matter interactions with topological edge-states using numerical modelling techniques. 

For more information, contact Prof. Peter Lodahl (lodahl@nbi.ku.dk).

Scalable chip-to-fiber coupling

The project aims at building an off-chip fiber delay based on optical fibers. Off-chip fiber delays are key ingredients for performing advanced quantum protocols and emitter de-multiplexing. Based on our state-of-the-art chip-to-fiber couplers, we are planning to couple multiple fibers to nanophotonic waveguides using matrix arrays. The project involves building/adapting a room-temperature setup for aligning and bonding chips to matrix arrays, perform numerical simulations of the optimal power transfer to fibers, design and (optionally) fabricate the chip and measure it in the lab. 

For more information, contact Asst. Prof. Leonardo Midolo (midolo@nbi.ku.dk).

Resonance fluorescence and Purcell enhancement

The goal is to design a device that enables a scheme for resonantly driving an emitter inside a cavity. There are different strategies that involve combining a tunable cavity and a waveguide-based resonant excitation scheme. The project involves numerical simulations of the device to improve the extinction between the pump laser and the emitted photons. The device is then characterized in the lab. Optionally, the student has the possibility to get training to the cleanroom and fabricate the sample. 

For more information, contact Asst. Prof. Leonardo Midolo (midolo@nbi.ku.dk).

Electro-optical routing of single-photons

Design a waveguide-based electro-optic switch operating at >10 MHz for fast optical routing of photons. The router is key to implement protocols for de-multiplexing single-photons. Based on our recent results in electro-optic routing technology, we plan to build an integrated Mach-Zehnder interferometer with embedded phase shifters. The project involves the design, fabrication, and characterization of the device. An interest in acquiring nanofabrication skills is preferred.  

For more information, contact Asst. Prof. Leonardo Midolo (midolo@nbi.ku.dk).

 

 

Quantum science has been gaining significant attention in recent years and substantial investments have been launched worldwide to further develop and scale-up this potentially disruptive technology area. Likewise, the public interest in quantum science and technology is growing.

Since Hy-Q is recognized internationally as a leading quantum-science center, we have been hosting numerous visits to our labs, e.g., politicians, investors, and other stakeholders in the quantum area.

Moreover, Hy-Q has participated in several press outreach activities, including podcasts, social media posts, television broadcasts etc.

Television

Selected

2023

  • Anders Sønberg Sørensen on TV2 Go' Aften Danmark about multiverse theory, 17. Mar.

2022

  • Peter Lodahl on TV2 News about the QKD demonstration on 22. Nov.

2021

  • Peter Lodahl on DR Deadline on: "Kvantecomputeren - det nye rumkapløb". 23. May.
  • Peter Lodahl on TV2 Julekalender. Videnskabsår22. Kan man teleportere et menneske? 4. Dec.

2020

  • Peter Lodahl's contribution to the film "Naturvidenskabens ABC: "Fundamentale fysiske naturkræfter virker overalt i universet - Videnskabsperson Nr. 8"

Podcasts and radio

Selected

2023


2022

  • Podcast about quantum mechanics from the news media Information with Prof. Klaus Mølmer, 17. dec 2022. Link to podcast.

  • Drømmen om den ubrydelige forbindelse: Fra enigma til kvantekryptering, interview with Prof. Peter Lodahl, Spreaker.com Link to podcast.

  • Kvanteteknologien står på spring, Science Stories with Prof. Peter Lodahl, 1. apr 2022. Link to podcast.

  • Deterministic single-photon sources for photonic quantum technology. Physics Today webinar by Prof. Peter Lodahl, 30. mar 2022. Link to podcast.

Web news

2023

  • "Makers of quantum dots share 2023 Nobel Prize in Chemistry". Physics Today article with comments from Prof. Lodahl by Alex Lopatka, 4 oct. 2023. Download article.

  • "Chippen over dem alle". Weekendavisen article by Gunver Lystbæk Vestergård, 26 jul 2023. Go to article.

  • "Peter Lodahl: the Danish physicist whose Hy-Q team takes a ‘best-of-all worlds’ approach to quantum networks". Physics World article by Joe McEntee, 7 apr. 2023. Download article.

  • "De skal løse de store problemer: Kvantecomputere trodser enhver logik". Herning Folkeblad article by Søren Køhler, 1. apr 2023. Go to article.

  • "Researchers from the Niels Bohr Institute have Found a New Way to Entangle Two Quantum Light Sources". Inside Quantum Technology News article by Kenna Hughes-Castleberry, 6. feb 2023. Download article.

  • "New nanoscience could present a massive leap for photonic quantum computing". The Indian Express article by Sethu Pradeep, 5. feb. 2023. Go to article.

  • "Kvantestartup er klar med sin første revolutionerende chip". Børesen article by Mathias Sommer, 19. jan 2023. Go to article.

2022

  • "Dansk kvanteforsker har knækket en kode, der kan ændre verden". Børsen article, 9. dec 2022. Go to article.

  • "Danske forskere krypterede samtale med kvanteteknologi og en hacker gik i fælden". Politikken article, 27. nov 2022.  Go to article. 

  • "Danskere har formået at tæmme lyset: »Der er meget uhyggelige perspektiver i det her". Børsen article, 24 nov 2022. Go to article.

  • "Danske forskere skaber videoforbindelse der er skudsikker mod hackerangreb". Ritzau article by Frederik Fogde, 24. nov 2022. Go to article.

  • "Verdensrekord fra Niels Bohr Institutet til DTU: Første kvantesikre fiberforbindelse". Ingenøren article by Laurids Hovgaard, 23. nov 2022. Go to article.

  • "Danmarks første kvantekrypterede videolink er en realitet". IT Branchen article by Charlotte Holm Billund, 23. nov 2022. Download article.

  • "Danske forskere tæmmer lyset og skaber totalsikret internetforbindelse". Videnskab.dk article by Lise Brix, 23. nov 2022. Download article.

  • "Særlig dansk test tirsdag: Skal gøre hacking af computere og apps umulig". Computerworld article by Qëndrim Fazliu, 22. nov 2022. Download article.

  • "Reportage: Danmarks første kvantekryptering på almindeligt fibernet er blevet etableret i dag - se hvad der sker når forbindelsen hackes". Computerworld article by Ditte Vinterberg Weng, 22. nov 2022. Download article.

  • "Ubrydelig fibernet-forbindelse oprettet mellem DTU og Niels Bohr Instituttet". DTU article, 22. nov 2022. Download article. 

  • "Dansk test skal sikre computere og apps mod hackerangreb". Ritzau article, 22. nov 2022. Go to article.

  • "Test af ny metode skal sikre computere og apps mod hackerangreb". DR article by Nanna Nørby Hansen, 22. nov 2022. Download article.

  • "A new method to enable efficient interactions between photons". Phys. Org. article by Ingrid Fadelli, 6. oct 2022. Download article.

  • "Kampen om kvantecomputeren er som et rumkapløb - og den foregår midt i København". Videnskab.dk article by Frederik Guy Hoff Sonne, 14. may 2022. Download article.

2021

  • "Nyt firma vil masseproducere qubit til optisk kvantecomputer". Ingenøren article by Jens Ramskov, 22. jun. 2021. Download article.

Organized events

Selected

2024

  • Symposium on Quantum Physics and Quantum Information, 1-2 Feb. 2024

2022

  • Demonstration of quantum encrypted video link between the Niels Bohr Institute and DTU. 22 Nov. 2022

2021

  • Quantum Internet Alliance Copenhagen online consortium meeting (QIA) - 19-21 Apr. 2021
  • TOCHA Summer School (Dissipationless topological channels for information transfer and quantum metrology). Title: Topological Bosonics and Electronics - 30 Aug. - 1 Sep. 2021

Social media

Selected

2024


2023


2022

  • Short video about the quantum encrypted connection on ScienceKU Instagram. Link to post.

  • Film about Bohr and quantum physics with Rob Sunderland and Prof. Peter Lodahl for Videnskab.dk. Link to video.

 

 

The Center for Hybrid Quantum Networks (Hy-Q) is located at the Niels Bohr Institute at Blegdamsvej 17, 2100 København.

Anders Sørensen Anders Søndberg Sørensen, Professor and Director of Hy-Q
Blegdamsvej 17, 2100 København Ø, Office: 12-0-TA1a
Email: anders.sorensen@nbi.ku.dk
Phone: +45 353-25240
Mobile: +45 24 66 13 77
Peter Lodahl Peter Lodahl, Professor
Blegdamsvej 17, 2100 København Ø, Office: 12-1-TB5
Email: lodahl@nbi.ku.dk
Phone: +45 353-25306
Albert Schliesser

Albert Schliesser, Professor
Blegdamsvej 17, 2100 København Ø, Office: 12-1-TB3
Email: albert.schliesser@nbi.ku.dk
Phone: +45 353-25401

Klaus Mølmer Klaus Mølmer, Professor
Blegdamsvej 17, 2100 København Ø, Office: 12-0-TA3b
Email: klaus.molmer@nbi.ku.dk
Leonardo Midolo Leonardo Midolo, Associate Professor
Blegdamsvej 17, 2100 København Ø, Office: 12-1-TB6
Email: midolo@nbi.ku.dk
Phone: +45 23 23 41 69
Frederik Uldall

Frederik Uldall, Senior Consultant
Blegdamsvej 17, 2100 København Ø, Office: 12-1-TB8
E-mail: frederik.uldall@nbi.ku.dk
Phone: +45 353-22414

Dorte Christiane Garde Nielsen

Dorte Christiane Garde Nielsen, Research Secretary
Blegdamsvej 17, 2100 København Ø, Office: 12-1-TB7
E-mail: Dorte.Garde.nielsen@nbi.ku.dk
Phone: +45 353-30180

 

 

Contact the Research Secretary
Dorte Christiane Garde Nielsen

Phone: +45 353-30180

Danmarks Grundforskningsfond

Researchers

Name Title Job responsibilities
Search in Name Search in Title Search in Job responsibilities
Alba Pares, Joan PhD Fellow Billede af Alba Pares, Joan
Albrechtsen, Marcus Postdoc Billede af Albrechtsen, Marcus
Andersen, Nils Overgaard Emeritus Billede af Andersen, Nils Overgaard
Andrianopoulos, Nikolaos Research Assistant Billede af Andrianopoulos, Nikolaos
Appel, Martin Hayhurst Assistant Professor Billede af Appel, Martin Hayhurst
Aspropotamiti, Evangelia PhD Fellow Billede af Aspropotamiti, Evangelia
Bakkensen, Bastian PhD Fellow Billede af Bakkensen, Bastian
Balabas, Mikhail Vladlenovich Special Consultant Billede af Balabas, Mikhail Vladlenovich
Bohr, Eliot Enrolled PhD Student Billede af Bohr, Eliot
Brito Brasil, Tulio Assistant Professor Billede af Brito Brasil, Tulio
Budtz, Sofus Emil Mertz External Billede af Budtz, Sofus Emil Mertz
Béguin, Jean-Baptiste Sylvain Assistant Professor Billede af Béguin, Jean-Baptiste Sylvain
Capelle, Thibault Adrien Research Assistant Billede af Capelle, Thibault Adrien
Chan, Ming Lai External Billede af Chan, Ming Lai
Chernobrovkin, Ilia PhD Fellow Billede af Chernobrovkin, Ilia
Christiansen, Christian Hjort Master Thesis Student Billede af Christiansen, Christian Hjort
Corminboeuf, Etienne PhD Fellow Billede af Corminboeuf, Etienne
Davids, Bar Laboratory Assistant Billede af Davids, Bar
Debray, Maurice Olivier François Visiting Student Billede af Debray, Maurice Olivier François
Faurby, Carlos Fernando Duarte Research Assistant Billede af Faurby, Carlos Fernando Duarte
Fedorov, Sergey Postdoc Billede af Fedorov, Sergey
Fischer, Moritz External Billede af Fischer, Moritz
Galinskiy, Ivan Research Consultant Billede af Galinskiy, Ivan
Genckel, Maria Birgitte External Billede af Genckel, Maria Birgitte
Goorney, Simon Richard PhD Student Billede af Goorney, Simon Richard
Grimaldi, Andrea Postdoc Marie Curie Billede af Grimaldi, Andrea
Hahne, Felix Caspar Research Assistant Billede af Hahne, Felix Caspar
Hansen, Jacob Thornfeldt Research Assistant Billede af Hansen, Jacob Thornfeldt
Hansen, Mikkel Torrild Research Assistant Billede af Hansen, Mikkel Torrild
Heiden, Jan Niclas External Billede af Heiden, Jan Niclas
Hellebek, Emil Rye PhD Fellow Billede af Hellebek, Emil Rye
Henke, Clara PhD Fellow Billede af Henke, Clara
Hotter, Christoph Postdoc Billede af Hotter, Christoph
Hviid, Charlotte Special Consultant Billede af Hviid, Charlotte
Jensen, Rasmus Høy External Billede af Jensen, Rasmus Høy
Jia, Jun Postdoc Billede af Jia, Jun
Kollath-Bönig, Johann Sebastian Enrolled PhD Student Billede af Kollath-Bönig, Johann Sebastian
Konzett, Leopold PhD Fellow Billede af Konzett, Leopold
Korsgaard, Mathias Linde Holst PhD Fellow Billede af Korsgaard, Mathias Linde Holst
Kristensen, Sofus Laguna Postdoc Billede af Kristensen, Sofus Laguna
Kristensen, Mads Bjerregaard External Billede af Kristensen, Mads Bjerregaard
Kronsbein, Tom Kenzo Visiting Student Billede af Kronsbein, Tom Kenzo
Kumar, Vishnu Postdoc Billede af Kumar, Vishnu
Langman, Eric Christopher Assistant Professor Billede af Langman, Eric Christopher
Larsen, Nikolaj Aagaard PhD Fellow Billede af Larsen, Nikolaj Aagaard
Liu, Shikai Postdoc Billede af Liu, Shikai
Lodahl, Peter Professor Billede af Lodahl, Peter
Loredo Rosillo, Juan Carlos External Billede af Loredo Rosillo, Juan Carlos
Löbl, Matthias Christian Research Assistant Billede af Löbl, Matthias Christian
Malek Zadeh, Peyman Research Assistant Billede af Malek Zadeh, Peyman
Mashaal, Aida PhD Fellow Billede af Mashaal, Aida
Meng, Chao Postdoc Billede af Meng, Chao
Meng, Yu Postdoc Billede af Meng, Yu
Meng, Yijian Visitor Billede af Meng, Yijian
Midolo, Leonardo Associate Professor Billede af Midolo, Leonardo
Mikkelsen, Mikkel Thorbjørn PhD Fellow Billede af Mikkelsen, Mikkel Thorbjørn
Mølmer, Klaus Professor Billede af Mølmer, Klaus
Müller, Jörg Helge Associate Professor Billede af Müller, Jörg Helge
Nielsen, Dorte Christiane Garde Research Secretary Billede af Nielsen, Dorte Christiane Garde
Nielsen, Sissel Bay External Billede af Nielsen, Sissel Bay
Nielsen, Henri Thyrrestrup External Billede af Nielsen, Henri Thyrrestrup
Nielsen, Kasper Hede PhD Fellow Billede af Nielsen, Kasper Hede
Novikov, Valerii Postdoc Billede af Novikov, Valerii
Ortu, Antonio Research Consultant Billede af Ortu, Antonio
Paesani, Stefano Associate Professor Billede af Paesani, Stefano
Pertoldi, Andrea PhD Student Billede af Pertoldi, Andrea
Pettersson, Love Alexander Mandla PhD Fellow Billede af Pettersson, Love Alexander Mandla
Pfau, Teresa Klara PhD Fellow Billede af Pfau, Teresa Klara
Pinske, Julien Postdoc Billede af Pinske, Julien
Pio, Ludvig Andreas Student Billede af Pio, Ludvig Andreas
Pitts, Michael James Postdoc Billede af Pitts, Michael James
Polzik, Eugene Simon Professor Billede af Polzik, Eugene Simon
Potts, Clinton Alexander Visitor Billede af Potts, Clinton Alexander
Qvotrup, Clara Celeste Research Assistant Billede af Qvotrup, Clara Celeste
Ranfagni, Andrea Postdoc Billede af Ranfagni, Andrea
Roulund, Jeppe Mikkelsen External Billede af Roulund, Jeppe Mikkelsen
Salamon, Hanna Krystyna PhD Fellow Billede af Salamon, Hanna Krystyna
Sandberg, Oliver August Dall'Alba Postdoc Billede af Sandberg, Oliver August Dall'Alba
Schliesser, Albert Professor Billede af Schliesser, Albert
Schüler, Gitte External Billede af Schüler, Gitte
Shadmani, Atefeh Postdoc Billede af Shadmani, Atefeh
Sherson, Jacob Friis Professor Billede af Sherson, Jacob Friis
Stefan, Lucio External Billede af Stefan, Lucio
Stokbro, Kurt External Billede af Stokbro, Kurt
Stærkind, Hans Postdoc Billede af Stærkind, Hans
Suleiman, Iyad External Billede af Suleiman, Iyad
Sárközi, Bálint PhD Fellow Billede af Sárközi, Bálint
Sørensen, Anders Søndberg Professor Billede af Sørensen, Anders Søndberg
Tamaki, Sho Postdoc Billede af Tamaki, Sho
Thekkeppatt, Premjith Postdoc Billede af Thekkeppatt, Premjith
Tissot, Benedikt Quirinius Postdoc Billede af Tissot, Benedikt Quirinius
Uldall, Frederik Special Consultant Billede af Uldall, Frederik
Van Diepen, Cornelis Jacobus Postdoc Billede af Van Diepen, Cornelis Jacobus
Vertchenko, Larissa External Billede af Vertchenko, Larissa
Wang, Ying Postdoc Billede af Wang, Ying
White, Amelia Jade Visiting Student Billede af White, Amelia Jade
Xi, Xiang Assistant Professor Billede af Xi, Xiang
Zelevinsky, Tanya Guest Researcher Billede af Zelevinsky, Tanya
Zeuthen, Emil Associate Professor Billede af Zeuthen, Emil
Zhao, Xiaojing External Billede af Zhao, Xiaojing
Zoumis, Alkiviadis PhD Fellow Billede af Zoumis, Alkiviadis
van Heijst, Erik Antonius Petrus PhD Student Billede af van Heijst, Erik Antonius Petrus