This summer, Castor Optics is hitting the road to connect with innovators redefining the limits of fiber optics systems design. Join us at Quantum Now in Montréal and Laser World of Photonics in Munich as we showcase how our advanced fiber optics technology can unlock new performance in quantum optics and photonic systems.
Quantum Now
Montréal, June 18-19, 2025
At Quantum Now, Castor Optics is looking to connect with quantum system developers ready to push the limits of what’s possible with light. Kathy Beaudette and Nicolas Godbout will be on site to meet with designers, integrators, and researchers who are building the next generation of quantum systems.
We’re seeking partners for pilot projects to adapt, validate, and demonstrate Castor’s high-performance fiber optics technology for quantum optics and quantum computing platforms. With funding already secured, we are ready to support collaborative development and accelerate integration timelines.
If your application requires the highest level sensitivity in quantum photonic circuits—let’s connect in Montréal and explore how we can support your roadmap.
Laser World of Photonics
Munich, June 24-27, 2025
We’re back in Munich this June for Laser World of Photonics, and we’re bringing the fiber optic innovations that are redefining advanced photonic systems.
During the 2023 edition, Castor received the Innovation Award for our mode-selective photonic lantern. This component outperforms market alternatives with its enhanced modal isolation, low excess loss, and compact packaging, which are made possible by our proprietary fusion-tapering process.
Visit our booth #A2.230 to learn more about
- The award-winning photonic lantern
- Double-clad fiber couplers
- Fused fiber bundles
- Multimode circulators
- And more!
Whether you’re designing quantum systems, developing cutting-edge sensors, or looking for better solutions to manage your photon budget, Castor Optics is ready to collaborate.
📍 Meet us in Montréal or Munich
💬 Follow us on LinkedIn for updates leading up to both events
Let’s turn ideas into demonstrations—and demonstrations into next-generation systems.
