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World Quantum Day 2026

For World Quantum Day, learn how Optica advances the quantum field, the latest developments in quantum, upcoming events and more.

Quantum science and technology are at the forefront of today's discoveries. Quantum computing for cryptography and drug discovery, deep space communication, quantum key distribution and more emerging applications have the potential to revolutionize technological development.

Find out how Optica supports the quantum field through research, recognizing excellence and bringing together experts worldwide to discuss the future of the field.

Optica Quantum 2.0 Conference and Exhibition

Optica Quantum 2.0 Conference and Exhibition

Theodor W. Hänsch Prize

Adam Shaw, recipient of the Theodor W. Hänsch Prize, is changing the world through quantum research.

Theodor W. Hänsch Prize

Building Quantum‑Safe Networks for a Post‑Quantum World

One of the most exciting developments in quantum right now is that quantum networking is addressing real-world applications in deployable infrastructure.
 

Building Quantum‑Safe Networks for a Post‑Quantum World

Toshiba

Recycling Quantum Dots

Recycling Quantum Dots

Optica Quantum Industry Summit 2026

Optica Quantum Industry Summit 2026

Single-atom imaging at high speed.

Fast measurement and atom re-use capability will be instrumental to the minimization of dead times in new-generation atomic clocks.

Single-atom imaging at high speed.

Beams of UV light

Beams of UV light

Putting Quantum in the Spotlight

Putting Quantum in the Spotlight

Publish in Optica Quantum

Publish in Optica Quantum

An advance toward quantum sensor manufacturing scalability.

An advance toward quantum sensor manufacturing scalability.

Toward Distributed Quantum Computing

This breakthrough enables us to effectively ‘wire together’ distinct quantum processors into a single, fully connected quantum computer.

 

Toward Distributed Quantum Computing

Research News

Boosting photon-number-resolved detection rates of transition-edge sensors by machine learning.

Boosting photon-number-resolved detection rates of transition-edge sensors by machine learning.

Alexander Szameit

We use light to calculate things, we use light to compute things, we use light to simulate things like electrons in a solid and elementary particles and free space, things that are hard to do in a true experiment.

Alexander Szameit

University of Rostock, Germany

Spontaneous parametric down-conversion.

Spontaneous parametric down-conversion.

Optics on a chip

Optics on a chip

Image for keeping the session alive