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free whitepaper

Unlock the potential of Optically Addressable Qubits

**Alt-text (English):** 3D rendering of a book with a dark blue cover. The title reads: "Unlocking the Potential of Optically Addressable Qubits" with the subtitle: "Exploring precision time tagging and its role in quantum advancements". At the bottom are four minimalist white icons labeled: "Color Center", "Trapped Ions", "Cold Atoms", and "Photonic Qubits". The publication date at the bottom reads "February 2025".

Exploring precision time tagging and its role in quantum advancements

Download whitepaper
Download whitepaper
**Alt-text (English):** 3D rendering of a book with a dark blue cover. The title reads: "Unlocking the Potential of Optically Addressable Qubits" with the subtitle: "Exploring precision time tagging and its role in quantum advancements". At the bottom are four minimalist white icons labeled: "Color Center", "Trapped Ions", "Cold Atoms", and "Photonic Qubits". The publication date at the bottom reads "February 2025".

What you'll learn in this whitepaper:

# 1
The role of time tagging in driving quantum advancements.
# 2
An overview of optically addressable qubits, including color centers, trapped ions, cold atoms, and photonic qubits.
# 3
How time tagging enhances photon-qubit interactions in typical experimental setups.
# 4
Practical engineering insights and solutions for time tagging applications.
# 5
Guidance on choosing your time tagging module.

Download our whitepaper for practical insights on time tagging optically addressable qubits.

Download whitepaper
Download whitepaper
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Authors

Dr. Sayali Shevate, PhD
Quantum Application Scientist
Tijmen van Eijk
Senior Electrical Engineer
Dr. Willemijn Uilhoorn, PhD
Quantum Application Scientist
Dr. Fokko de Vries, PhD
Quantum Roadmap Leader
Dr. Vatshal Srivastav, PhD
Quantum Application Engineer

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© 2025 QBLOX BV | All rights reserved
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