The pathfinder framework
Contributors
Researchers:
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Agerskov, Johannes1
- Andersen, Laurits Orheim1
- Andreasen, Malte Wettergren1
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Béguin, Jean-Baptiste1
- Benedetti,, Claudia2
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Bjerregaard, Anna Liv1
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Borsoi, Francesco1
- Breth Nielsen, Christina2
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Capatos, Aliki Anna1
- Chen, Susan X1
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Christensen, Hans Michael1
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Christensen, Rasmus Bjerregaard1
- Dahm, Rasmus Tindal2
- Davis, Bar1
- Dissing, Birk Nøhr1
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Drachmann, Asbjørn1
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Eriksen, Andrea Sommer1
- Fabian, Marcel David1
- Farrer, Ian2
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Glaser, Nina1
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Gómez-Fernández, Laura1
- Graham, Ben1
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Granum, Peter1
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Grove-Rasmussen, Kasper1
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Hayhurst Appel, Martin1
- Heegaard, August Lademark1, 2
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Hjort Christensen, Christian1
- Joecker, Benjamin1
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Jordão Oliveira, Maria Gabriela1
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K. Kjær, Jacob2
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Kallatt, Sangeeth1
- Kjær, Daniel1
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Kjaergaard, Morten1
- Kono, Shingo1, 2
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Kota, Sanjeev Vishal1
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Krishnan, Gopi1
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Kristensen, Henrik Høj1
- Kruse, Mikkel2
- L. Webb, Jim1
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Madsen, Magnus Linnet1
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Malmros, Albert1
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Martinez de Aguirre Jokisch, Beñat1
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Memisevic, Elvedin1
- Michal, Vincent Philippe1
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Michelsen, Andreas Bock1
- Monberg, Julius1
- Nanwani, Alisha2
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Nathan, Frederik1
- Nguyen, Hieu2
- Nicolajsen, Jacob Halkier2
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Oddershede, Magnus Quaade2
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Paesani, Stefano1
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Patil, Srushti1
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Perstølen, Oskar1
- Planje, Inco1
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Potts, Clinton A1
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Robinson-Tait, Julian2
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Romeggio, Filippo2
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Særkjær, Tobias2
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Sangu, Suresh Kumar Reddy1
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Scavinicky, David1
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Schäffer, Stefan Alaric1
- Schwienbacher, Daniel1
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Snedker-Nielsen, Arnulf1
- Sobol, Michal2
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Solomon, Gemma C.1
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Splittorff, Kim1
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Svendsen, Mark Kamper1
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Sakanas, Aurimas2
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Teynor, Matthew Steven1
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Thann, Thue Christian1
- Thekkeppatt, Premjith1
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Themadath, Smitha Nair1
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Thilsted, Anil S.2
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Thomas, Rodrigo1
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Ticku, Pranav1
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W. Thomsen, Jan1, 2
- Woods, Stuart1
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Krogstrup, Peter1, 2
- 1. NNF Quantum Computing Programme, Niels Bohr Institute, University of Copenhagen, Denmark
- 2. Quantum Foundry Copenhagen, Denmark
Description
We present the framework and terminology adopted by the Novo Nordisk Foundation Quantum Computing Programme (NQCP) and the Quantum
Foundry Copenhagen (QFC) to advance utility-scale quantum computing. The mission is motivated by the pursuit of solutions to otherwise
intractable problems in materials and life sciences. The framework emphasizes interdisciplinary and cohesive teamwork under a common
terminology, ensuring a mission- and data-driven focus while maintaining agility to accommodate disruptive innovations. Adapting the framework
enables the prioritization of projects that most effectively accelerate progress in both quantum hardware and algorithms toward utility-scale fault
tolerant quantum computing (FTQC).
Files
The pathfinder framework (2).pdf
Files
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