Military optical systems and lasers

We investigate, develop, and evaluate lasers and optronic systems in the context of military applications – both in the laboratory and in mission-relevant environments and deployment scenarios.


For this purpose

  • we build optical systems for active reconnaissance with laser illuminators (gated viewing, quantum ghost imaging, 3D image acquisition),
  • develop and adapt algorithms for information acquisition and image enhancement,
  • investigate new passive sensors, such as neuromorphic cameras, with regard to their potential, and
  • research and develop laser sources and components for military applications, covering in particular the complex topic of high-energy lasers and applications.

From a scientific perspective, we examine the physics of the laser source and beam propagation through the atmosphere, the object signature (passive and active), and image generation in the sensor together with image acquisition algorithms and AI-based learning methods. We optimize the methods for information acquisition, always with a view to the specific requirements and constraints in the context of security and defense.

Sample projects and research topics

 

Model for determining the range performance of electro-optical systems

 

OSIS - Optronic System Imaging Simulator

An image simulation tool for visual cameras and thermal imagers

 

Active laser sensor ­technology for reconnaissance

is the method of choice for critical applications where high precision and reliability are essential.

 

QUILT - Quantum Ghost Imaging

Image generation using entangled photon pairs and their very special properties.

 

Simulation of active imaging systems

 

Adaptive optics

We develop simulations, theoretical models, and complete adaptive optical systems.

 

Laser development

From crystal growing and processing for efficient laser sources and nonlinear converters to high-performance, robust solid-state and fiber laser systems.