International space station from earth telescope

#International space station from earth telescope series
#International space station from earth telescope free

Project Manager, Department Precision Optical Components and About Fraunhofer EMI At Fraunhofer IOF, around 330 employees work with an annual research volume of 40 million euros. The institute's range of services covers the entire photonic process chain from opto-mechanical and opto-electronic system design to the production of customer-specific solutions and prototypes. The Fraunhofer Institute for Applied Optics and Precision Engineering IOF in Jena conducts application-oriented research in the field of photonics and develops innovative optical systems for the control of light - from its generation and manipulation to its application. The instrument is scheduled to be transported to the launch site in Houston, Texas, USA, in November 2021, before flying to the International Space Station ISS on flight NG-17 on February 19, 2022. From Jena to Freiburg to Texas - continuing into spaceДЇollowing the successful integration and optical characterization, the telescope was handed over to Fraunhofer EMI and the company ConstellR in Jena in September 2021.ДЄfter transporting the telescope to Freiburg, electronic components as well as a detector will now be assembled, and the entire measuring instrument will undergo tests. Sebastian HГ¤ndschke, says: вЂњThis cooperation and the presented result are a very good example of the intention of DIHP and teaming up with spin-offs.вЂќ The two start-ups ConstellR and SPACEOPTIX had each won 50,000 euros in research funding at DIHP's second Elevator Pitch in January 2020, which has now been used to develop the free-form mirror telescope at Fraunhofer IOF.

#International space station from earth telescope free

The project for developing the telescope was funded by the pilot project вЂњDigital Innovation Hub PhotonicsвЂќ (DIHP), an initiative supported by the Free State of Thuringia to promote start-up projects in the fields of optics and photonics.

#International space station from earth telescope series

As a spin-off of Fraunhofer IOF, we specialize in the series production of metal optics for space applications.вЂќ вЂњThe production of the mirrors, the telescope structure as well as the mechanical structural components of the opto-mechanical total payload took place in our own manufacturing facilities. вЂњThe institute has a wealth of experience in the development of high-performance optics for use in space,вЂќ says Dr. The design of the opto-mechanical telescope was developed at Fraunhofer IOF. The telescope was realized in cooperation between the Fraunhofer Institutes EMI and IOF and their spin-offs ConstellR GmbH and SPACEOPTIX GmbH. Among other things, the optical part of the measuring instrument, consisting of a metal telescope with freeform mirrors, will be demonstrated during the mission. вЂњThis knowledge can be used, for example, to monitor the water requirements of crops in agriculture and use it to predict accurate crop yields.вЂќДЇunded by the German Federal Ministry for Economic Affairs and Energy, the first step on the way to the planned constellation, ConstellR technology will be deployed on the International Space Station ISS in spring 2022. With the realization of a satellite constellation in the thermal infrared spectrum, the start-up ConstellR GmbH, which is based in Freiburg and a spin-off of Fraunhofer EMI, has set itself the goal of closing a relevant gap in Earth observation: вЂњIn this spectral range, surface temperature can be measured very precisely as a key variable in the description of our environment,вЂќ explains Marius Bierdel, CTO of ConstellR GmbH. These are powerful and resilient thanks to the ongoing miniaturization of the necessary technology. The size of a satellite constellation ranges from ten to several hundred identical satellites.ДЇor cost-effective realization of these constellations, a swarm will consist of very small satellites, so-called microsatellites about the size of a shoebox. To obtain such up-to-date and accurate information with high spatial resolution and temporal coverage, global and local data will therefore be obtained in the near future by swarms of satellites, so-called satellite constellations. New, meaningful and diverse data from Earth observation are now indispensable for making early and reliable predictions about crop yields, for example, due to the difficult-to-predict effects of climate change.

These data, obtained from space, provide information about its geology, weather phenomena, and agricultural production cycles, for example. Satellite images already play a major role in gathering information about our planet's ecosphere вЂ“ and their importance continues to grow.