Superlattice engineering enables atomic-precision control of semiconductor electronic and optical properties through nanoscale layering, creating devices impossible with bulk materials.

As photonic integrated circuits pack more components into smaller chips, power density and thermal effects create fundamental performance limits through thermo-optic resonance shifts, crosstalk, and stability challenges that scale nonlinearly with integration density.

Silicon photonics transceivers now exceed 1.6 Tbps using wavelength multiplexing, while co-packaged optics promise 70% power savings for AI workloads.

Holoportation technology enables real-time 3D communication between Earth and space, allowing medical professionals and others to virtually visit astronauts aboard the International Space Station while promising revolutionary applications for future Mars missions.

Photonics surged in 2025 through telecom, AI, and health advances. In 2026, AI-driven design, quantum sources, thin films, and sustainability lead the next innovation wave.

Discover how Zygo's precision and reliability support mission-critical aerospace and defense applications with ruggedized optical components and market-leading metrology technology.

Raptor Photonics' Mark Donaghy takes us inside their corporate headquarters in Larne, Northern Ireland (UK), and discusses the company's products, markets, and manufacturing processes and capabilities.

G&H is recognized for the diversity of their acousto-optic, electro-optic, crystal-optic, fiber optic, and precision optic products. G&H's engineers bring decades of experience, working closely with program managers at prime aerospace and defense suppliers. 

Driven by passion and precision, G&H supplies solutions to life sciences customers worldwide, supported by highly qualified people.

Driven by passion and precision, G&H engineering is found at the bottom of our oceans through to orbits in outer space.