Centennial Nobel
Deterministic Quantum Dot Light Source
Leveraging molecular beam epitaxy (MBE) with ultra-high vacuum and ultra-pure materials alongside high-precision micro-nano fabrication technologies, our company has successfully developed a series of deterministic high-quality quantum dot light sources, categorized into two main series: Entangled Photon Sources and Single-Photon Sources.
Both product series are available in Standard and Enhanced configurations, offering flexible purchasing options tailored to diverse scientific research needs and serving as reliable, high-performance core light sources for quantum optics and quantum information experiments.

Product Advantages





Product Advantages

High Efficiency

High Single-Photon Purity

High Photon Indistinguishability

High Entanglement Fidelity

Deterministic On-Demand Emission
Application Fields
01 Quantum Communication & Quantum Key Distribution (QKD)
02 Photonic Quantum Computing
03 Quantum Precision Measurement
04 Photonic Quantum Information Experiments (Quantum Teleportation, Boson Sampling)
05 Quantum Entanglement Swapping
06 Quantum Repeaters
07 Quantum Network Construction
08 Integrated Photonics
09 Quantum Random Number Generation (QRNG)
10 Multi-Photon GHZ State Generation

Key Performance Indicators of Quantum Dot Single-Photon Sources

Key Performance Indicators of Quantum Dot Entangled Photon Sources
Application Fields
01 Quantum Communication & Quantum Key Distribution (QKD)
02 Photonic Quantum Computing
03 Quantum Precision Measurement
04 Photonic Quantum Information Experiments (Quantum Teleportation, Boson Sampling)
05 Quantum Entanglement Swapping
06 Quantum Repeaters
07 Quantum Network Construction
08 Integrated Photonics
09 Quantum Random Number Generation (QRNG)
10 Multi-Photon GHZ State Generation

Key Performance Indicators of Quantum Dot Single-Photon Sources

Key Performance Indicators of Quantum Dot Entangled Photon Sources
Specifications
Entangled Photon Sources
Single-Photon Sources
| Parameter |
Non-Resonant Excitation JZQES-QENR-100 |
Resonant Excitation JZQES-QER-100 |
| Emission Wavelength | 780-800nm, 870-930nm |
|
| Excitation Wavelength | Above-band excitation | Same as signal light wavelength |
| Single-Photon Purity (1-g²(0)) | >95% | >99% |
| Photon Indistinguishability | >70% | >92% |
| Entanglement Fidelity | >85% |
|
| First Objective Collection Efficiency | >45% |
|
| Photon Lifetime | 60ps-1ns |
|
| Maximum Repetition Rate | 10GHz |
|
| Typical Photon Count Rate | >5MHz |
|
| Excitation Pulse Width | < Photon lifetime |
|
| Excitation Power | 1-10μW |
|
| Operating Temperature | ~4K |
|
Note: Typical photon count rates correspond to a 76 MHz excitation repetition rate. Customization is available for specific performance metrics upon request.
| Parameter |
Non-Resonant Excitation JZQES-QDNR-100 |
Resonant Excitation JZQES-QDR-100 |
| Emission Wavelength | 780-800nm, 870-930nm |
|
| Excitation Wavelength | Above-band excitation | Same as signal light wavelength |
| Single-Photon Purity (1-g²(0)) | >95% | >98% |
| Photon Indistinguishability | >70% | >94% |
| First Objective Collection Efficiency | >45% |
|
| Photon Lifetime | 60ps-1ns |
|
| Maximum Repetition Rate | 10GHz |
|
| Typical Photon Count Rate | >10MHz |
|
| Excitation Pulse Width | < Photon lifetime |
|
| Excitation Power | 1-10μW |
|
| Operating Temperature | ~4K |
|
Note: Typical photon count rates correspond to a 76 MHz excitation repetition rate. Customization is available for specific performance metrics upon request.
Specifications
Entangled Photon Sources
Single-Photon Sources
| Parameter |
Non-Resonant Excitation JZQES-QENR-100 |
Resonant Excitation JZQES-QER-100 |
| Emission Wavelength | 780-800nm, 870-930nm |
|
| Excitation Wavelength | Above-band excitation | Same as signal light wavelength |
| Single-Photon Purity (1-g²(0)) | >95% | >99% |
| Photon Indistinguishability | >70% | >92% |
| Entanglement Fidelity | >85% |
|
| First Objective Collection Efficiency | >45% |
|
| Photon Lifetime | 60ps-1ns |
|
| Maximum Repetition Rate | 10GHz |
|
| Typical Photon Count Rate | >5MHz |
|
| Excitation Pulse Width | < Photon lifetime |
|
| Excitation Power | 1-10μW |
|
| Operating Temperature | ~4K |
|
Note: Typical photon count rates correspond to a 76 MHz excitation repetition rate. Customization is available for specific performance metrics upon request.
| Parameter |
Non-Resonant Excitation JZQES-QDNR-100 |
Resonant Excitation JZQES-QDR-100 |
| Emission Wavelength | 780-800nm, 870-930nm |
|
| Excitation Wavelength | Above-band excitation | Same as signal light wavelength |
| Single-Photon Purity (1-g²(0)) | >95% | >98% |
| Photon Indistinguishability | >70% | >94% |
| First Objective Collection Efficiency | >45% |
|
| Photon Lifetime | 60ps-1ns |
|
| Maximum Repetition Rate | 10GHz |
|
| Typical Photon Count Rate | >10MHz |
|
| Excitation Pulse Width | < Photon lifetime |
|
| Excitation Power | 1-10μW |
|
| Operating Temperature | ~4K |
|
Note: Typical photon count rates correspond to a 76 MHz excitation repetition rate. Customization is available for specific performance metrics upon request.
Service System

Pre-sales Consultation

Customized Solutions

Installation & Commissioning

After-Sales & Maintenance