"visIT" science journal: Insight into our current research

In "visIT", our science journal or theme brochure, we inform you in a concentrated form about current focal topics of our research. On this webpage you can find all issues in digital form (mainly in German language). If you wish, we will be happy to add you to the distribution list for the digital or print edition - you will then receive visIT three to four times a year, free of charge. Simply write an e-mail to: publikationen@iosb.fraunhofer.de

 

The four-page newsletter InfOSB with current information from the institute (in German) accompanies visIT. visIT subscribers receive it automatically.

Current visIT issue: Laser, Quantum Technology & Active Sensor Systems

Quantum technology is often seen as a difficult, not intuitively understandable scientific subject – even for scientists. Nevertheless, it will more than before influence and shape our living in the 21st century. Over decades quantum computers were predicted and their possible game-changing capabilities were advertised – now first systems are a reality. The laser, a quantum technology first experimentally realized by Maiman in 1960, extends its applications to more and more wavelengths with increasing power levels and thus enables many new fields of application and new capabilities. Profiting from these evolutions, new active optronic sensor systems emerge that combine lasers, optics, opto-electronic sensors and image exploitation and pave the way for new methods to make objects better visible and measurable to humans and machines.

In this visIT issue we want to shed some light onto the topics of lasers, photonic quantum technology and related active optronic sensor systems by giving you an insight into the contributions of Fraunhofer IOSB to these future key technologies in civil and defense applications. The focus of this visIT hereby lies mainly on the near-to-mid infrared spectral range.

We start our overview with quantum ghost imaging, a technology creating images from entangled photons that actually never have seen the object. As the object is illuminated by single photons, it is predicted that such imaging can be realized without any possibility of being detected. Yet more classical, we then discuss latest results on 3D gated viewing, which uses direct laser illumination, and current work on an active compressive sensing camera. As last example for optronic systems, we show that they can be used to speed up maintenance and safety tasks in wind parks using laser Doppler vibrometry on rotor blades of wind turbines.

All these applications rely on specific laser sources. Thus, laser source research is a prerequisite for future novel applications. Especially in the defense sector – but more and more also for civilian applications – access to critical components of laser and optronic systems and a technological sovereignty therein is of utmost importance. Therefore, Fraunhofer IOSB is performing research on critical components, focusing on crystals for lasers and non-linear converters and fiber components for high-power fiber lasers in the short- and mid-wave infrared spectral range in order to cover the critical parts of the whole value chain of IR solid-state and fiber laser sources. Based on the extended capabilities offered through such components, novel laser sources become possible. We finally give an insight into our highpower solid-state and fiber laser sources research and development in the short-wave and mid-wave infrared spectral range.

We wish you an enjoyable and informative reading of this issue.

Further editions

 

visIT AI Systems Engineering

This issue focuses on the exciting and forward-looking topic of AI Systems Engineering!

 

visIT Sensor Data and Smart City

In this issue we want to look at the Smart City topic in the context of open sensor data standards.

 

visIT Smart Agriculture

In this issue of the Science-Journal visIT Fraunhofer IOSB's solution approaches to the topic of Smart Aggriculture are presented.

 

visIT AI for Defence Applications

This issue provides insights into developments and results on AI technologies in defence technology.

 

visIT Industrial IoT und Edge Computing

This issue presents intelligent production processes for quality assurance and secure data exchange on IoT platforms.

 

visIT AI for Autonomous Systems and Assistance Applications

In this issue: Artificial intelligence in use for toxic waste removal and in assistance applications.

 

visIT Intelligent Safety Technology

This visIT highlights a selection of topics in the context of security technologies. Concrete applications as well as ongoing research work are explained.

 

visIT Privacy by Design and IT Security

Privacy by design and IT security are elementary for new technologies. In this visIT issue you can learn more about data protection and IT security in systems.

 

visIT Energy, Water and Environment business unit

Energy transition demands new solutions. In this issue, we present technologies ranging from Digitalization to IT security.

 

visIT Mobile Robot Systems

The current issue of our themed magazine visIT is dedicated to approaches that increase the degree of autonomy of robotic systems.

 

visIT Industrial IoT – Digital Twin

In the visIT issue “Industrial IoT – Digital Twin“ (in English) we take a closer look at the current trends in automation.

 

visIT Recycling

“Recycling is the largest source of raw materials in the world“. This issue of visIT highlights how innovative projects at Fraunhofer IOSB are helping to develop and optimise new recycling cycles.

 

visIT Public Safety

The new issue of Fraunhofer IOSB sheds light on various facets of the topic “Public Safety“.

 

visIT Industrie 4.0

The new Fraunhofer IOSB issue highlights various facets of the “Industry 4.0“ topic area

 

visIT Autonomous Mobility

The new issue of Fraunhofer IOSB highlights different facets of the topic “Autonomous Mobility“.