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Helping you model realistic quantum photonic devices

Savings with Quantillion

Replace costly physical prototypes with our modelling software. Quantillion can shorten the optimisation process from 26 weeks to 2 and decrease costs by 90%.

'With such a simulation tool, my team could model the behavior of a wide variety of new artificially constructed materials (metamaterials) and their modification of the behaviors of current and future optical systems.'
Peter Littlewood
Professor Richard Ziolkowski, FOSA, FAPS, FIEEE
University of Technology Sydney
Scientific Advisor to Quantopticon
'Quantillion enables the user to explore new combinations of device configurations and pulse excitations, opening the way to ground-breaking quantum optical phenomena.'
Maurice Skolnick
Professor Maurice Skolnick, FRS, FMRAS
University of Sheffield
Scientific Advisor to Quantopticon

See our software in action

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How our software compares

FeaturesClassical modelling softwareOpen-source quantum optics toolboxesQuantillion
Full-Wave Vector Solution of Maxwell-Bloch (Pseudospin) Equations
Finite Difference Time Domain Solution
1D + Time or 2D + Time Modelling
Beyond Classical Dipole Description of the Quantum System
Multilevel (>2) Quantum Modelling Without Approximations
Open Quantum Systems with User-Definable Relaxation and Dephasing Rates
Library of Driving Pulses and Pulse Trains with Specified Shapes in Time, Including Random Noise
Built-in 1D Constructor of Arbitrary, User-Definable Device Geometries Made With Any Material
Automatic Refractive-Index Calculation for AlxGa1-xAs
User-Definable Point in Space of Injection of the Driving Pulse
Monitors Sampling the Dynamics Can Be Set Up at Any Point Along the Structure
Models Pulse Durations from CW down to Ultrashort (fs) and Few-Cycle Pulses
Models Pulse Polarisation
FeaturesClassical modelling softwareOpen-source quantum optics toolboxesQuantillion
Full-Wave Vector Solution of Maxwell-Bloch (Pseudospin) Equations
Finite Difference Time Domain Solution
1D + Time or 2D + Time Modelling
Beyond Classical Dipole Description of the Quantum System
Multilevel (>2) Quantum Modelling Without Approximations
Open Quantum Systems with User-Definable Relaxation and Dephasing Rates
Library of Driving Pulses and Pulse Trains with Specified Shapes in Time, Including Random Noise
Built-in 1D Constructor of Arbitrary, User-Definable Device Geometries Made With Any Material
Automatic Refractive-Index Calculation for AlxGa1-xAs
User-Definable Point in Space of Injection of the Driving Pulse
Monitors Sampling the Dynamics Can Be Set Up at Any Point Along the Structure
Models Pulse Durations from CW down to Ultrashort (fs) and Few-Cycle Pulses
Models Pulse Polarisation

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