Jonas Neergaard-Nielsen PRO
Researcher @ DTU Physics, Denmark
DTU's photonic
quantum computing platform
Jonas S. Neergaard-Nielsen
bigQ, DTU Physics
We develop a scalable photonic QC platform using
- continuous-variable measurement-based scheme (CV-MBQC)
- squeezed states of light
- fibre-optical linear networks
- homodyne detection
- Gottesman-Kitaev-Preskill (GKP) qubits
- GKP + surface code error correction
standard gate model
measurement-based or one-way QC
circuits implemented by sequential measurements on a massively entangled cluster state
Continuous-variable MBQC
squeezed states
beam splitters
homodyne detection
time-multiplexed
reuse resources
over and over
scales well!
Verifying inseparability
Implementing gates
Blueprint for fault-tolerant QC with GKP qubits and surface code
M. V. Larsen et al., Science 366, 369 (2019)
M. V. Larsen et al., Nat. Phys. 17, 1018 (2021)
M. V. Larsen et al., PRX Q 2, 030325 (2021)
Abhinav Verma
Ulrik Andersen
Subhashish Barik
Casper Breum
Lucas Faria
Mikkel Larsen
DTU's photonic quantum computing platform
By Jonas Neergaard-Nielsen
