Photonics compact

Experts call it an ongoing technological revolution with enormous economic potential.

Learn briefly and concisely which processes are available for which materials and applications.

Have you come across the acronym "Vixl" in conversations? Here you learn quickly and compactly what it stands for.

How much laser energy a material absorbs depends on the wavelength. We explain the interconnections.

What exactly do experts mean by the term laser ablation? Here you will find the answer.

3D laser scanners measure buildings quickly and efficiently.

Quantum, materials and brain researchers often use tunable lasers. Here you can learn what these lasers are all about.

How does this method differ from other microscopy approaches?

The abbreviation USP appears omnipresent on the LASER. Here is explained in simple terms what is behind it.

Do you know how X-rays works? Here it will be explained in a nutshell.

What distinguishes the most important camera technologies is explained here.

The five most important advantages can be found here.

Obtain an overview of the Candela unit using sun, moon and light bulbs.

In order to position huge shell modules made of steel with millimeter precision on ships, alignment lasers are indispensable.

Where exactly do they apply, what do they do and what about the supply situation?

The application spectrum ranges from grain cultivation to livestock breeding as well as quality control of food.

But what exactly distinguishes organic solar cells from classic photovoltaics?

The history of scientific Nobel Prizes is also a story of photonic progress.